[ Aluminium Melting Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Direct Oxygen Injection Oxygen Enhanced Combustion Inerting for Metal Production Heat treatment for Metal Production Additive Manufacturing Aluminium Die Cooling Aluminium Melting Aluminium Dross Cooling Sub-zero Parts Freezing Mining Oil and Gas Water & Wastewater Treatment Aluminium Melting BOC has developed and commercialised several proprietary oxygen-injection techniques, oxy-fuel combustion systems, and aluminum melting burners that enhance the productivity and efficiency of aluminum melting furnaces. Oxygen injection increases the heat available in the furnace for melting by reducing the heat loss due to hot nitrogen in the flue gas. Oxy-fuel combustion for secondary aluminum melting provides many benefits compared to conventional air/fuel combustion.  These benefits include: Increased flame temperature Increased productivity Reduction in flue gas Fuel savings  The reduction in the flue gas volume and particulate material entrainment with oxy-fuel combustion greatly reduces the cost and complexity of off-gas cleaning systems. Want to find out more? If you would like to find out more about BOC's metal production solutions, please complete our contact form and we will be in touch. Contact us ]

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[ BOC Gas: In-store Pick Up ]

[ Welding & Cutting Hazards Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Welding & Cutting Hazards Welding and Cutting operations present a variety of hazards, not only to those carrying out the operation but in many instances to others in the vicinity. In the workshop there are a number of hazards specific to welding or cutting and others, of a more general nature, which may also be present in the fabrication environment. Did You Know? There are many different types of potential hazards in welding and thermal cutting processes. Everyone involved should be aware of what these hazards are. Welding and cutting processes are safe, and the risks from the hazards can be reduced, if they are carried out correctly and with care. Potential hazards need to be identified, measured where appropriate, and assessed, and remedial measures put in place wherever necessary. Although Personal Protective Equipment, PPE, should not be issued as the primary method of reducing a hazard it should be issued to all personnel if beneficial. Employers and employees should be made fully aware of the dangers that can arise and take all reasonable care to ensure the health and safety of all.   Types of Hazards The hazards encountered in welding and cutting may be sub-divided into groups as follows: Electrical Magnetic Fields Compressed Gases Fuel Gases Inert Gases Cryogenic Gases Radiation Heat, Flames, Fire and Explosion Welding Fume and Gases Noise Material and Manual Handling Confined Spaces Thoriated Electodes Solvents ]

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[ BOC Gas: Looking for a Document Looking for a Document Find and print an invoice It’s easy to find an invoice anytime, anywhere using My Account. Register or Sign In to My Account Select Invoices The last 6 months worth of unpaid invoices will be displayed and you can change the date range, status and type or find an individual invoice Click Download next to the invoice you want to download In the popup, click Click here to Download next to Invoice Can’t find what you were looking for? Please feel free to call 0800 104 804 to speak with our friendly Customer Service team or request a copy of an Invoice . Alternatively, Register or Sign In to My Account and select Personal Profile & Account Preferences to edit Invoice Preferences and receive your invoice directly to the email of your choice. Find and print a statement You can download your statement anytime, anywhere using My Account. Register or Sign In to My Account Select Account Balance & Statements You can now see your account statements for the last 12 months. Click Download next to the statement you want to get a copy of Can’t find what you were looking for? Feel free to call 0800 104 804 to speak with our friendly Customer Service team or request a copy of a Statement. Find and print a proof of delivery It’s easy to find a proof of delivery docket anytime, anywhere using My Account. Register or Sign In to My Account Click Order History. The last 3 months of orders will be displayed You can search for an individual Proof of Delivery if you have an order number or alternatively search all orders within a selected date range. Click Show Documents for the order you want to find the Proof of Delivery for. In the popup, click Download next to Delivery Note We are committed to ensuring your Proof of Delivery (POD) documents are available within 24 hours of delivery. If you are unable to see the Proof of Delivery you are looking for, please contact call 0800 111 333 to speak with our friendly Customer Service team or request a copy of a Proof of Delivery . Safety Data Sheets A Safety Data Sheet (or Material Safety Data Sheet) contains important information about the characteristics and actual or potential hazards of a substance. These can be an extremely useful source of information enabling you to remain vigilant on the potential hazards of our products and how best to use them safely. To obtain a Safety Data Sheet Enter a Part Number or product name in the search bar at the top of this page Click Search Click the product name or image in the list of search results Click the Downloads tab at the bottom of the product page Click the Download Safety Data Sheet link Safety Data Sheets can also be found here or are listed on the Order Confirmation page when you order online If you are unable to find what you are looking for please call 0800 111 333 to speak with our friendly Service team or send us an enquiry via email Batch Certificates A BOC Batch Certificate or Certificate of Compliance is a formal document signed by a BOC Product Manager certifying a batch of products was rigorously tested and is suitable for sale. You can download a Batch Certificate for welding wire, electrodes and other supplies online. If you are unable to find what you are looking for please call 0800 111 333 to speak with our friendly Service team or send us an enquiry via email . Call Us Email Us How did we do? It only takes 30 seconds to let us know. LEAVE FEEDBACK Update My Account How to Place an Order Where's My Order? Pricing & Charges Explained Returns & Refunds Chat Online Call Us Send Enquiry Update My Account How to Place an Order Where's My Order? Pricing & Charges Explained Returns & Refunds ]

[ Home Medical Oxygen Therapy FAQ's Home Medical Oxygen Therapy FAQ: What is an oxygen concentrator? An oxygen concentrator is a device that filters out nitrogen from the air to deliver a higher concentration of oxygen. A concentrator is a reliable and cost-effective option for oxygen therapy. A stationary concentrator is used while at home and is powered by electricity. Portable, battery-powered oxygen concentrators are also available for use outside of the home. What is an oxygen cylinder? An oxygen cylinder is a metal walled container filled with very high pressure oxygen. A regulator is attached to the cylinder to reduce the pressure to a normal level. Oxygen cylinders do not require any power source and have a fixed volume of oxygen available in the container. How do I set-up to use the HMOT equipment? As part of our service offer, a trained home oxygen specialist can demonstrate how to set-up and operate the equipment safely. We will also provide you with a patient education booklet containing instructions and safety information. What do I do if my concentrator is not working? Call BOC on 0800 100 949, we will walk you through troubleshooting your concentrator and can help arrange a replacement if your concentrator develops a fault. What do I do if I urgently need a replacement oxygen cylinder? In most areas, BOC will deliver next day. Same day delivery is available on request subject to driver availability (a surcharge may apply). If you are in a situation where you need urgent medical assistance, call emergency services on 111 (in New Zealand). Do I need to clean or maintain my oxygen concentrator? Upon delivery, please read the instruction for use of equipment provided. Rental units are serviced every two-years but basic cleaning is required each fortnight. Ensure that the back of the concentrator is kept well ventilated. Please refer to our education booklet for further information. My oxygen concentrator uses electricity, can I claim a rebate? You may be entitled to a rebate for electricity used by medical equipment. Contact your electricity provider to discuss your eligibility and rebate rate. How can I transport my HMOT equipment? Transport your concentrator upright in a vehicle, secured by a seat belt or strap. Do not lay down an oxygen concentrator to transport it. To transport cylinders, store them upright and secure in the boot of your car. If you are using oxygen while driving, use a BOC carry bag to secure your cylinder behind the seat, keep windows slightly open for ventilation. For more detailed information, download our patient education booklet. Can I travel with HMOT? You can travel with HMOT, but you must advise your travel company and airline who will advise you of what is expected. You should also discuss your plans with your medical practitioner and with BOC so we can assist you. For more detailed information, download our patient education booklet. How do I pay for my home oxygen equipment? If you are a self-funded patient, you can pay for your HMOT equipment with direct debit. You will receive a statement which details the amount which will be direct debited from your selected bank account. If you are funded by a government or community package, please consult your funding body or package provider for further details. To safely receive HMOT, it is important to: →Use oxygen for therapy purposes only as directed by your physician →Keep out of reach of children →Do not allow untrained people to tamper with the equipment →Only use in well ventilated areas →Never smoke or use e-cigarettes (this includes anyone around you) near or around your oxygen equipment →Display the “home oxygen safety sign” at a visible entry point to your home Always ensure you read equipment instructions and for further assistance refer to our patient education booklet or contact BOC on 0800 100 949.     Contact Us General Enquiries, Hospital, Aged and Homecare 0800 100 949 or email healthcareNZ@boc.com Benefits of online ordering Buy from BOC at any time Exclusive online pricing - 10% off RRP on selected items Save time - it only takes 2 minutes on average to place an order online Learn more about online ordering ]

[ Brazing and soldering Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Brazing and soldering Cutting Welding Freezing & Cooling GOLDOX® Brazing and soldering Maximising the efficiency of soldering and brazing with acetylene supply schemes and customised burner solutions Soldering/brazing is a joining process that involves using a filler material with a lower melting temperature than the components being joined. The molten filler material wets the surfaces of the heated components and is drawn into the narrow gap between them. The filler material always has a different chemical composition to that of the components being joined. A joining process is referred to as soldering if the filler material melts at 450°C or less. By contrast, the term brazing is used for melting temperatures above 450°C. Soldering/brazing allows operators to join similar and or different materials which would be difficult to bond with MIG welding. In addition, thin and heat-sensitive components can be joined. Maximising productivity An oxyfuel flame is used to heat components.  Using acetylene as the fuel gas greatly enhances the productivity of brazing/soldering, particularly when applied with best-in-class equipment. We offer a range of LINDOFLAMM® burners to optimise your soldering/brazing operations. They are designed to easily adapt to the heating power you require for the job. We support these burners with a range of complementary services, including advice and help on how to design and set up your gas supply system. Benefits: Rapid heating of components to be joined Exact component temperature for best results  Maximum productivity with acetylene as fuel gas  Wide burner selection adaptable to individual demands  Customised gas supply solutions  ]

[ BOC Gas: Terms of Use Terms of Use This web site (boc.co.nz) is operated by BOC Limited (7748) for and on behalf of itself and its related bodies corporate (collectively referred to as "BOC New Zealand") under the domain name boc.co.nz. Your access to this web site is subject to the terms and conditions set out in this section and elsewhere on this web site (as amended from time to time) ("Terms of Use"). Please read them carefully before proceeding as your access to and/or use of this web site constitutes your agreement to the Terms of Use. BOC New Zealand is part of the Linde Group. Other Linde Group web sites may contain terms of use which are different from these Terms of Use. When accessing and/or using these other Linde Group web sites please check the terms of use of each such web site as these Terms of Use may differ significantly from other Linde Group web sites. BOC New Zealand reserves its right to amend the Terms of Use from time to time. Any amendments become effective when published on this web site. You should review the Terms of Use regularly for any such amendments. Intellectual Property rights, Trade marks, Copyright and Rights of Use The entire content of this web site, such as text, pictures, graphics, sound, animations and videos, including corporate logos and brands, as well as the layout of BOC New Zealand web pages, is protected by trademark and copyright law and other laws for the protection of intellectual property and legal rights (including third-party rights). Distributing, changing or copying the contents of these pages, including framing or the use of any framing techniques, is prohibited unless the written consent of Linde AG and/or BOC New Zealand is obtained or such action is permitted pursuant to the limited licence detailed below. Linde AG and/or BOC New Zealand expressly specify that some of the pictures contained on this web site are protected by the copyright of third parties. Unless set out below, no rights of licence or other rights are granted via this web site for the use of the intellectual property contained therein, including brands and copyright. Copying, distributing, reproducing, forwarding and otherwise using this protected intellectual property is not permitted without the written consent of Linde AG and/or BOC New Zealand. The remaining contents of this web site may also not be copied, distributed, changed or made available to third parties. The use of texts, sections of text or visual material, in particular, requires the prior approval of Linde AG and/or BOC New Zealand. Linde AG and/or BOC New Zealand grants you a limited non exclusive licence to view the material in this web site, access material contained in this web site and use this web site according to the Terms of Use and this limited non exclusive licence. The licence is terminable at will and without notice in the event that you breach any of the Terms of Use. Pursuant to this licence the user is expressly permitted to produce a single copy of this web site for personal, non-commercial use, on the condition that the content is not altered in the course of copying and all references to industrial property rights are retained in the copy, or inserted if only extracts from this web site are used. The content of press releases and other documents classified as public may be used in public communications. This does not apply to those parts of public documents which are protected by trademark or copyright law, or other legal regulations. Legal Use It is an essential term of these Terms of Use that your use of this web site is lawful, does not infringe any third party right’s and does not breach any standards or codes of conduct published or promoted by any statutory, governmental or other relevant authority. In particular, you must not compromise or attempt to compromise the security of this web site or post, send or transmit to or through this web site any harmful, immoral, offensive or otherwise objectionable material. Disclaimer and Limitation of Liability The information contained in this web site is general in nature and is provided for your convenience. Your use of this web site is at your own risk. It is your responsibility to assess and verify the accuracy, completeness and reliability of the information on this web site using common sense, prudence and reasoned judgment, and to seek professional advice where necessary. To the maximum extent permitted by law, none of BOC New Zealand nor any of their respective officers, employees, shareholders, agents, or contractors makes any express or implied representation or warranty about, or shall be liable, in contract, tort (including negligence) or otherwise, for any direct, indirect, punitive, special or consequential loss, damages or reliance in connection with, this web site, its use, its content or any products or services referred to on this web site. This includes (but is not restricted to) loss or damage you might suffer as a result of any of the following: your reliance on the completeness, accuracy, suitability or currency of this web site or its content; changes from time to time in the material in this web site or delays, errors or omissions when making such changes; the use of this web site and any other site linked to this web site, including the transmission of any computer virus or the defamatory, offensive or unlawful conduct of third parties; or use of all other web pages accessed by hyperlink from the BOC New Zealand and/or Linde AG web site, whether these belong to affiliated companies or third parties. BOC New Zealand and/or Linde AG accept no liability for such web pages and are not responsible for the data protection arrangements of the operators of these web pages. The limitation on liability applies also to damages for loss of profit, business interruption or the loss of data or information. Where BOC New Zealand cannot exclude liability, to the maximum extent permitted by law, our liability will be limited to resupply of the relevant service, goods or equivalent goods, the cost of resupplying the service, goods or equivalent goods or, in the case of goods, the cost of repairing the goods, at our option. Any statements made on BOC New Zealand's web site regarding the future of the Company, are based on the beliefs and judgement of the management of BOC New Zealand and are therefore subject to risks and uncertainties. BOC New Zealand is under no obligation to update such statements regarding the future of the Company and accepts no liability whatsoever for these statements. BOC New Zealand may deny access to this web site at any time and provides no guarantee of the uninterrupted availability of its web site. The failure or neglect by Linde AG and/or BOC New Zealand to enforce at any time any of the Terms of Use shall not be construed or deemed to be a waiver of the rights of Linde AG and/or BOC New Zealand under these Terms of Use. Indemnity To the maximum extent permitted by Law, you agree to indemnify Linde AG and/or BOC New Zealand and their respective officers, employees, shareholders, agents, and contractors and any other persons involved in the creation of this web site for all damages, losses, penalties, fines, expenses and costs (including legal costs) which arise out of or relate to your use of this web site, any information that you provide to BOC New Zealand through this web site or any damage that you may cause to this web site. This indemnification includes, without limitation, liability relating to copyright infringement, defamation, invasion of privacy, trade mark infringement and breaches of any applicable New Zealand Consumer Guarantees, Fair Trading or related Law. Web sites by Third Party Providers/Links This web site contains links and references to third party web sites. These links and references do not imply any endorsement of the content of third party web sites by Linde AG and/or BOC New Zealand. Linde AG and/or BOC New Zealand are not responsible for the availability or the content of third party web sites nor do they warrant that information on any third party web sites is free from computer viruses or any defects, errors or infringements of intellectual property rights and are not liable for any damage or injury resulting from their use, regardless of purpose. Links to third party web sites are provided to users of Linde AG’s and/or BOC New Zealand's web site for their convenience only. BOC New Zealand does not permit linking to this web site unless BOC New Zealand's written consent is obtained and the full html page is loaded. If such consent is provided, any such link must not incorporate Linde AG’s and/or BOC New Zealand's trade marks, brands or registered trade marks, and must not be used to disparage or detrimentally impact on the reputation of Linde AG and/or BOC New Zealand. General Obligations must ensure that your LoginID and password that is used to access this web site and the details of your account are kept in a safe and secure manner; must contact us if you are or become aware that there is or has been an unauthorised use of your LoginID and password or account, or any other security breach relating to your account; must promptly advise us of any changes to your information provided to us as part of the customer registration process; are responsible for any costs associated with your access to or use of this web site, including Internet access fees; are responsible and liable for any person that uses your LoginID and password to order Product(s) through this web site; agree that BOC New Zealand may charge you for all Products that we agree to supply to you that have been ordered using your LoginID and password through this web site; and should check the labels on the Products before consumption or use. Data Protection, User Information and Privacy To enable BOC New Zealand to comply with your requests for information, you may be asked to supply personal data. Any such data is supplied by you completely voluntarily and is used solely for the purpose of complying with your request for information. All data is used in accordance with applicable data protection law. Personal information provided to BOC New Zealand or other Linde Group companies through this web site will only be collected, stored, processed and used in accordance with our Privacy Policy .Please read this carefully before going on. By providing personal information to us you are consenting to its use in accordance with our Privacy Policy . Applicable Law The Terms of Use are governed by and construed in accordance with the laws in force in New Zealand. You agree to submit to the exclusive jurisdiction of the courts of New Zealand. ]

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[ BOC Gas: Open a BOC Trading Account Open a BOC Trading Account Shop and manage your account online, at any time, any day. With a BOC Trading Account you can: Purchase gas products, PPE and welding equipment Buy online from BOC at any time Manage your account, orders, deliveries and invoices online Have goods delivered to you or pick up from selected Gas & Gear stores GET STARTED Download and complete the application form in full Ensure that you select the cylinder rental option that suits you best and read the terms and conditions carefully, then: Email your completed form to: join@boc.com or Print and post to: Account Opening, Private Bag 93300, Otahuhu Auckland 1061 ]

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[ Vesna Olles About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Vesna Olles Director Clean Energy and Strategy Vesna Olles is the Director Clean Energy and Strategy for BOC South Pacific.   She is responsible for strategic innovation, planning and business development for BOC South Pacific, which includes identifying and analysing opportunities that contribute to BOC’s strategic direction for LNG, hydrogen and alternative fuels.  Vesna has extensive experience in Australian and global blue-chip companies where she worked across major sectors including industrial, building and construction and gas sectors, in senior and general management positions spanning P&L management, marketing and engineering.  Since beginning her career with BOC, she has held multiple positions including General Manager, Sales & Marketing Transformation and General Manager, Channels Strategic Marketing. This role saw her implement a cohesive channel interaction program alongside digital to deliver a seamless and effective cross channel customer experience. She is passionate about leading her teams with integrity and authenticity to deliver outcome. Vesna has a degree in Chemical engineering, and a Masters in Commerce, Marketing and Finance from the University of NSW. Contact BOC Head Office 10 Julius Avenue  North Ryde NSW 2113  Australia ABN 95 000 029 729 Phone: +61 2 8874 4400  Email us ]

[ Welding Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Brazing and soldering Cutting Welding Freezing & Cooling GOLDOX® Welding Supporting all welding techniques with the full selection of welding, shielding and laser gases and mixtures along with reliable supply solutions plus robust, top-of-the-range welding equipment and apparatus Welding is an essential process in just about every industry. Various techniques are used to melt and fuse metals, steels and alloys. Arc welding uses the heat generated by an electric arc struck between an electrode and a workpiece to melt and fuse metal in the joint area. This is the most common fusion-based joining method used in industry today. However, laser welding is growing in popularity in the automotive industry in particular and in other sectors such as microelectronics and shipbuilding. This involves focusing a laser beam onto a workpiece by a set of mirrors. When the laser beam is moved relative to the workpiece, the energy of the focused laser beam melts the metal so that a joint is formed. In all welding processes, the shielding and process gases, their exact compositions and their purity levels play a key role in influencing weld quality and productivity. Full-Line Supplier We deliver the full range of welding, shielding and laser gases along with reliable supply solutions and robust equipment for all standard welding techniques. For more exacting needs, our welding engineers can advise on technically advanced laser welding solutions and bespoke gas mixtures to help you optimise your welding results so you can meet rising competitive, environmental and quality challenges.       For more information, please download the links below: NZ Basic Shielding Gas Brochure(PDF 18.0 MB) NZ Carbon and Low Alloy Steel Brochure(PDF 3.0 MB) NZ Non Ferrous Materials Shielding Gases Brochure(PDF 945.0 KB) NZ Stainless Steel Shielding Gases Brochure(PDF 3.0 MB) ]

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[ Community About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Corporate Social Responsibility There are no higher priorities for BOC as an organisation than the health and safety of our employees, customers, suppliers and supporting communities where we work and live. BOC are proud and passionate supporters of Child Cancer Foundation, a national cancer charity that provides assistance to children, young people and their families through the cancer journey and Road Safety Education (RSE) program, a community-based, specialist education initiative providing driver safety education to secondary school students.  Please see below for more information about these organisations. Child Cancer Foundation Child Cancer Foundation provides strength and comfort to families, parents and children impacted by child cancer. For more than 40 years, Child Cancer Foundation has supported families across New Zealand. With three children being diagnosed with cancer each week in New Zealand, Child Cancer Foundation provides personalised, essential and practical support for the whole family.  BOC staff and families are committed to doing what they can to help the inspirational Child Cancer Foundation (CCF) team. Volunteering at CCF events and fundraising activities are just a few ways we will lend a hand.  Child Cancer Foundation doesn’t receive any government funding and rely entirely supporters such as business partners and donors to support children with cancer and their loved ones.  Only announcing our partnership in January 2020, BOC are looking forward to working with Child Cancer Foundation and building a rewarding and meaningful relationship well beyond 2020.  Road Safety Education (RSE) Road Safety Education Limited (RSE) is a not-for-profit organisation that delivers highly effective, evidence-based road safety education programs which adhere to recognised “best practice” guidelines to reduce the incidence of youth road trauma in our communities. BOC became the founding sponsor of RSE and the RYDA Program when it was a small yet growing community initiative.  Through the sponsorship money BOC have contributed, RSE have been able to expand the program from being a local NSW initiative to venues across Australia and New Zealand.  We are most proud to be the Founding Sponsor of RSE and the RYDA Program. RYDA, the flagship program, involves six interactive sessions presented by road safety professionals. At the RYDA Program, attendees hear first-hand from the experts: Driving Instructors Police Crash Survivors Drug & Alcohol Counsellors Financial Advisors The program has great synergies with BOC’s own safe driving culture – a key reason why the company is so passionate in supporting the development of this important youth education initiative for younger drivers. As part of BOC’s genuine commitment, we also provide our employees with internal safety schemes, such as the benchmarked BOC Driver Safety programme, which promotes safe driving behaviour 100% of the time. Learn more about Child Cancer Foundation Visit the Child Cancer Foundation to find out more about what they do to support families impacted by child cancer. Child Cancer Foundation For enquiries on our Hospital Services RSE youth driver awareness courses. Run for schools in your local area. Visit the website for more info. RSE Website ]

[ Corporate responsibility About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Corporate Responsibility Corporate responsibility in the sense of ecological and social sustainability is a top priority for BOC. We feel a strong sense of responsibility towards all of our stakeholders: business partners, employees, our society at large and the environment. This commitment extends across every one of our business areas and locations. At Linde, we live our mission of making our world a better place. Through our high-quality solutions, technologies and services we are making our customers more successful and helping to sustain and protect our planet. Click here to read more. ]

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[ Gaseous Fume Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Gaseous Fume Gaseous fume is process dependent, and doesn't originate from the welding consumable or parent plate. Processes most likely to give gaseous fume are those with an open arc, such as MIG, TIG and Plasma Cutting. Welding fume is an unavoidable by-product of welding. It consists of particulate fume, the part you can see and gaseous fume, which you cannot see, but can sometimes smell. All welding processes generate welding fume, the type and amount varying from process to process; MMA, MIG, FCAW and Plasma cutting tend to produce most, while TIG, Plasma welding, Laser welding and Submerged Arc give very little under normal circumstances, although TIG can give high levels of gaseous fume. What is Gaseous Fume? Gaseous fume consists of either one or more specific pollutant gases, mixed in the air around the welding area. As it is present at gaseous form it can easily enter the lungs. Whether the fume is likely to cause damage, depends largely on precisely what the gas, or gases are and on the concentration breathed in and the length of time of exposure to the specific pollutant(s). Sources of Gaseous Fume Gaseous fume may be formed by the action of a welding arc, or the radiation from it, on either the air surrounding the arc, some component within a flux or from coatings or contaminants on the component surfaces. Gaseous fumes are not emitted by the parent metal or the welding consumable. Exposure to Gaseous Fume Exposure to welding fume is affected by many factors, the main contributors include: - The welding or cutting process being used. - The alloy system(s) being welded. In most fabrication workshops, it is not always possible to control or change these factors because of other considerations such as the requirements of production. However, understanding the choices available and their effects can make it easier to make an informed judgement. Exposure Limits National health and safety organisations, such as ACGIH in America and HSE in Great Britain, issue, annually, lists of mandatory or recommended limits of exposure to hazardous substances for people at work. These limits represent maximum concentrations of welding fume and its component parts in air in breathing zones of workers. Effects of Excessive Exposure This section not intended as a medical text, but just as a reference. It is always recommended that professional medical or epidemiological opinion should be sought, if assistance is needed. The effects of exposure to fume may become apparent very quickly during welding, shortly afterwards, or at a much later date, and only for some hazards can indications be given. Some of the more common hazards encountered are outlined below:  Ozone Ozone is a very active and highly toxic gas, probably the most poisonous gas encountered in welding industry and must be treated with extreme caution. Oxides of Nitrogen These oxides, notably NO + NO2, react with moisture, possibly in the nose and throat, to form nitric and nitrous acids, and are extremely irritant and corrosive. Carbon Monoxide This has a high affinity for haemoglobin in the blood, and low concentrations can cause headache, shortage of breath. Dichloro-acetyl-chloride (DCAC), Phosgene If a welding arc is struck when vapours, from degreasing agents are in the immediate vicinity, an irritant gas, DCAC, will be produced. Hydrogen Chloride These acid vapours are extremely irritant to the upper respiratory tract. Control of Exposure Exposure to welding fume should be controlled to as low a level as practicably possible, but in any case kept below the current exposure limit. If an occupational hygiene assessment shows unacceptable concentrations, then additional controls will need to be put in place. Most health and safety bodies require that there should be engineering controls as a first option. ]

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[ Cylinder Holdings Enquiry Contact Open A BOC Trading Account Billing Enquiry Cylinder Holdings Enquiry Feedback Order Enquiries Payment Enquiry Pricing or Product Enquiry Request a Copy of a Document Request a Visit or Contact from BOC Website Enquiry Cylinder Holdings Enquiry Did you know you can review your cylinder holdings through your online account? Login or register for access to My Account     * Indicates mandatory field Required Area of interest* Cylinder Holdings Cylinder Holdings Required Nature of enquiry* - Select an option - Cylinder Holdings Enquiry Cylinder Lost/Stolen Incorrect Holdings - Select an option - Required Account Number* Required Title* Mr. Mrs. Ms. Miss Dr. Mr. Required First Name* Required Last Name* Please fill out. Company Required Street* Required Suburb/Town* Required Post Code* Required Telephone* Mobile Required Email* Required Material code(s)* On cylinders, the barcode sticker is located around the neck of cylinder and begins with the first 2 digits in brackets Required Cylinder barcode(s)* If you have another BOC account, please provide details below. Relating account number(s) Please provide any additional details relating to the cylinders. For example, store where they were returned or how they were lost. Please enter a comment Comments Please complete captcha challenge Reset Submit At BOC, we respect your privacy. The information you provide will be used only by BOC in order to provide you with the best possible service. Please refer to our Privacy Policy for further information. ]

[ F3VIPR Cylinder Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades F3VIPR Cylinder F3VIPR Our innovative F3VIPR provides improved efficiency, safety and convenience.   We are pleased to introduce our F3VIPR cylinders in New Zealand. These will begin to replace the existing G size cylinders in our argon & shielding gases range as stated below from Monday 18 February 2019. Product description Current code Current capacity (m2) New Code New capacity (m2) Argon, Industrial 130G 9.63 130F3VIPR 9.7 ARGOSHIELD® Universal 501G 10.16 501F3VIPR 10.3 Tips for using VIPR cylinders For tips on how to use the VIPR cylinders watch our Youtube video Watch now For more information about the F3VIPR, download the below flyer: Boc NZ F3VIPR V2(PDF 867.0 KB) ]

[ Jobs @ Linde Find your future Search available jobs and career contacts in your region via the drop down below. If you would like to work abroad, Linde, being a truly global company, offers such opportunities. Here, you can get to know more about some of our principal locations. Please select your region Asia Pacific Europe, Middle East & Africa North America South America Please select a region first The following jobs are available Jobs Australia Career Contact Australia Email The following jobs are available Jobs China Gases Career Contact China Gases Email Career Contact China Engineering Email The following jobs are available Jobs in Linde Engineering India Career Contact India Gases Phone +91.33.6602-1600 Email Career Contact India Engineering Phone +91.265.3056789 Email The following jobs are available Jobs Linde Indonesia Career Contact Indonesia Email The following jobs are available Jobs Linde Korea Career Contact Korea Email The following jobs are available Jobs Linde Malaysia Career Contact Malaysia Email The following jobs are available Jobs New Zealand Career Contact New Zealand Email The following jobs are available Jobs Papua New Guinea Career Contact Papua New Guinea Email The following jobs are available Jobs Linde Philippines Career Contact Philippines Gases Email Career Contact Philippines Linde Global Services Email The following jobs are available Jobs Linde Singapore Career Contact Singapore Email The following jobs are available Jobs Solomon Islands Career Contact Solomon Islands Email The following jobs are available Jobs Linde Thailand Career Contact Thailand Email The following jobs are available Jobs Linde Vietnam Career Contact Vietnam Email The following jobs are available Job Market EMEA Jobs Cryostar France The following jobs are available Jobs Canada Career Contact Canada Career contact can be found in the respective job ad. The following jobs are available Jobs USA – Linde Gas US, Linde Gas & Equipment, Linde Advanced Material Technologies Jobs USA - Corporate Functions, Engineering, Linde Technology (R&D), Center of Excellence, SHEQ, Sustainability, Linde Advance Material Technologies Learn more about Linde in the US Linde Engineering Linde Gas & Equipment Linde Gas US Linde Advanced Material Technologies The following jobs are available Jobs Brazil Gases (White Martins) Career Contact Brazil Telephone: 0800 709 9000 Linde Locations Explore our global hotspots - from New Jersey to Singapore. Meet us Explore our event calendar and click on the teaser for our next careers event. Taking the first step of your career? Explore your options for joining Linde as a student or graduate. Insider tips: From a recruiter Listen up as one of our HR partners gives advice for applying @ Linde. ]

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[ Modified Atmosphere Packaging (MAP) Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Carbonation Controlled Atmosphere Stunning (CAS) Enhancing Greenhouse Growth Liquid Nitrogen Dosing Modified Atmosphere Packaging (MAP) Cutting, Joining & Heating Freezing & Cooling GOLDOX® Modified Atmosphere Packaging (MAP) Extending shelf life – the natural way Food manufacturers are always looking for ways to extend shelf life without altering the physical or chemical properties of foodstuffs or adding any unnatural ingredients. Modified Atmosphere Packaging (MAP) is the ideal way to achieve this. It is a natural method that is rapidly growing in popularity worldwide. In many cases, it can also complement alternative preservation methods. We have developed a range of application-specific packaging solutions under our MAPAX® brand. Synergizing the vast knowledge we have gained in food science, gas mixtures and packaging, MAPAX extends shelf life – the natural way. With MAPAX, you can: Increase sales by satisfying growing demand for fresh and naturally preserved products Extend shelf life without chemicals or freezing Increase  shelf life in the distribution chain by days or even weeks Retain taste, texture and appearance Enhance production and distribution efficiency by cutting costs. Success Through Partnership We work closely with food research institutes in many countries and have numerous food-processing customers worldwide. We also collaborate closely with the suppliers of packaging materials and machines to create the best atmosphere for each individual application. This is influenced by a number of factors, including the foodstuff and its properties, microbial activity, hygiene requirements, pre-packaging delay, temperature, permeability and other properties of the packaging material, the free gas volume within the package and the residual oxygen level. So, for instance, in the case of low fat products with a high moisture content, MAP focuses on inhibiting the growth of microorganisms in particular. However, in the case of products with a high fat content and low water activity, oxidation protection is the primary objective. The Technology MAPAX gas mixtures usually consist of the normal atmospheric gases such as carbon dioxide (CO2), nitrogen (N2) and oxygen (O2). Microbial growth can also be inhibited to a certain extent with the help of other gases such as nitrous oxide (N2O), argon (Ar) and hydrogen (H2). These gases can be applied individually or mixed according to specific ratios. CO2, for instance, is most effective in inhibiting microorganisms (such as mould and other common aerobic bacteria). It does this by dissolving into the food’s liquid and fat phase, thereby reducing its pH value. It also penetrates biological membranes, causing changes in permeability and function. As an inert gas, nitrogen is primarily used to replace oxygen in packaging, thereby preventing oxidation. Owing to its low solubility in water, nitrogen also helps to prevent package collapse by maintaining internal volume. Although the oxygen level should be as low as possible in most food packages, meat is an exception. Here oxygen helps to preserve the oxygenated form of myoglobin, which gives meat its red color. It is also valuable for fruit and vegetables as it lets them breathe. Tailored Packages We deliver a range of MAPAX solutions dedicated to the needs of the following industries: Dairy  Dry foods & bakery Fish & seafood Fruit & veg Meat Prepared & catered foods. Want to find out more? If you would like to find out more information, please complete our contact form and we will be in touch. Contact us For more information, see links below Modified Atmosphere Packaging(PDF 2.0 MB) ]

[ Eyes Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Eyes Injuries to the eye are one of the most common injuries sustained by welders. 'Arc Eye' is one of the most common injuries suffered. Eye problems are probably the most common type of injury sustained by welders. The hazards to eyes in welding can be conveniently divided into three main groups: Non-ionising Radiation. Foreign Bodies. Fumes and Gases. These groups will be considered separately below, along with advice on protective measures which should be taken to avoid injury. Non-ionising Radiation All welding arcs produce radiation, but as the energy ranges in the arcs are limited only certain wavelengths are generated. This radiation is divided into three categories Ultraviolet (UV), Visible Light and Infrared (IR). Of these three UV is the most likely to cause injury because its effects are not noticed by any of the senses at the time of exposure and so the effects only become apparent sometime later. Arc welding and cutting processes produce all three forms of radiation UV, visible and IR, and present a greater hazard to the eyes than oxy-fuel gas flames which only produce visible and IR radiation. Ultraviolet Radiation Ultraviolet radiation is generated by arc welding, cutting and gouging processes but not by fuel gas processes. The most well known, and probable the most frequently suffered, effect from welding arcs is 'Arc eye' or 'welders flash' and this is caused by the effect of UV radiation on the outer eye. Visible Light Intense visible light may be generated by both electric arc and fuel gas processes. Prolonged exposure could lead to retinal burns, either photochemical or thermal, but it would be very difficult to work with such high levels of glare. In such situations the eye will naturally react to reduce exposure. Infrared Radiation The intense heat of IR from both electric arc and fuel gas processes can cause retinal burns and cataracts. Protection The best protection for avoiding radiation damage to the eyes is to NEVER look at a welding arc without proper eye protection, however tempting that may be. A wide range of filter glasses for welding helmets, screens and goggles are available for both gas and arc welding. One of the most common ways a welder can catch Arc Eye is by initiating the arc before having the welding helmet in place over the eyes. First Aid Should a welder or other worker get a "flash", then arc eye drops can be applied by medical staff before going home and this will prevent the onset of arc eye, although the eyes may still feel a bit sore. Similarly, if arc eye does come on while still at work, it can be treated by on-site medical staff, or the patient can be taken to hospital or a medical centre. Foreign Bodies Welders have a high incidence of eye injury due to foreign bodies, such as slag, spatter, sparks, dust and grit. Wire and chemicals can also present a hazard if mishandled. Slag Particles can enter the eye, if not protected, during de-slagging. As the slag is often removed while still hot, the injury can be compounded by adivitional corneal burns. Spatter Spatter from the welding process can cause quite nasty injuries because of its temperature and velocity. Grinding sparks, dust and grit Debris from the grinding disks can get into the eye of the operator, and other workers at some distance from the actual grinding operation. Chemicals Chemicals used before and after welding such as degreasing and cleaning fluids, acetone, dye penetrant, acidic or caustic etching solutions, can be splashed into unprotected eyes, causing nasty injuries. Protection Many welders do not wear safety glasses or other form of eye protection when not actually welding, even when carrying out high-risk activities like de-slagging and it is this lack of protection which increases the number of incidence of this type of accident. It is possible, when working in close proximity to other welders, that slag injury may be attributed to another welders activities, it is therefore a wise precaution to wear eye protection at all times in these circumstances. First Aid In many cases, a foreign body in the eye can be seen on examination, and removed with care by a suitably qualified person. The eye can also be washed with sterile saline solution and this will often move the particle. If the eye is painful or the particle cannot be removed easily medical advice must be sought. Any eye injury due to a foreign body should be examined and treated by suitably trained nurses, if they are present on site at the time of the accident. Fumes and Gases Particulate fumes and gases can irritate or damage the eye. It is known that conjunctivitis may be caused by dust or fume associated with welding. Contact Lenses and Welding Every year there are reports in newspapers that contact lenses have been fused to welders eyes by the arc, causing nasty injuries. ]

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[ Glass Processing Glass Processing BOC can transform your glass manufacturing processes to achieve higher productivity, better quality and reduced emissions. BOC works with many leading glass manufacturers, which gives us a thorough understanding of the entire glass manufacturing process. Our continued research and development for the glass industry also puts us in a unique position of bringing innovative solutions and valuable insights to our customers. Glass Melting A broad portfolio of oxy-fuel melting, oxy-fuel boosting and oxygen lancing solutions to capitalize on the benefits of oxygen instead of or in addition to air in the glass combustion process. Glass Forming Optimising your forming results with the gases you need in the right mixtures and purities, coupled with state-of-the-art flow control equipment. Want to find out more? If you would like to find out more about BOC's glass processing solutions, please complete our contact form and we will be in touch. Contact us ]

[ GOLDOX® Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact GOLDOX® GOLDOX® is an innovative hydrometallurgical process for the gold mining industry, developed by BOC This unique process adds oxygen to the ore slurry in the pre-conditioning stage, increasing dissolved oxygen concentration. This causes the rate of gold leach to increase, leading to improved gold recovery, reduced cyanide consumption and importantly, improved profitability for your business. The GOLDOX® Process The gold dissolution process occurs in the presence of cyanide and oxygen. Often, the demand for oxygen in this reaction is not satisfied as there are a number of side reactions which compete for the available oxygen. In addition, the forward reaction is favoured by excess oxygen & cyanide. The BOC solution to oxygen starvation in gold leaching is GOLDOX®.  Features of GOLDOX® Process: Custom designed solution for each application An injection system to help raise dissolved oxygen levels A number of injections systems based on our patented dissolution processes are utilised to efficiently dissolve oxygen. The EDR® Dissolution System Designed to build on the GOLDOX® process, the unique EDR® dissolution system utilises various configurations to disperse pressurised oxygen into the slurry stream. This allows gold mines to achieve increased dissolved oxygen levels within the leach circuit. Benefits of EDR® devices: Optimised oxygen consumption  Increase control of cyanide consumption  Increased gold recovery  Reduced chemical risks  Reduced “in tank furniture” Low maintenance hardwearing dissolver        No moving parts and increased wear resistance compared to other technologies GOLDOX® 2.0 Panels The updated GOLDOX® panels are BOC’s new design of oxygen flow measurement and control panels. These panels have been optimised to be used with BOC’s suite of GOLDOX® oxygen dissolution devices. Building on the highly successful GOLDOX® panels, additional features have been added to provide more value for our customers.  New features include: Standardised flow range designed to be used with BOC dissolution devices  Automatic water flush incorporated into design to prevent dissolver blockages  Feedback of oxygen flow rates back to customer’s control system  Automatic and manual oxygen control modes for optimised oxygen addition  Redundancy built in, in case of component failure. GOLDOX® Lances As part of the GOLDOX® range of application technology, the GOLDOX® lances are designed to inject oxygen into a pre-conditioning CIL or CIP tank.  The design of the lance has a number of key benefits over other offerings in the market. This includes: The ability to remove a lance while the tank is online  The ability to water-flush the lance and nozzle arrangement to maintain peak operability  The ability to water-flush the sheath surrounding the lance to ensure the lance can be removed easily  Hardwearing high-grade alumina ceramic nozzles available in a range of styles  Optimised design to deliver oxygen to the right place in the tank  Seamlessly integrated with a GOLDOX® oxygen dosing panel The simplicity of the GOLDOX® nozzles ensures that oxygen will be delivered to the right place, in the most cost effective and efficient manner. BOC’s Technical Specialists are available to consult on the following: Complete evaluation of the leach process Measurement of dissolved oxygen profiles On-site demonstration of the GOLDOX® technology Detailed report on plant response to GOLDOX® Ongoing technical support Alerting customers to future advances in technology The GOLDOX ® Potential Benefits: Improved kinetics resulting in increased production potential Better reagent utilisation resulting in lower cyanide consumption Improved adsorption characteristics Enhanced gold recovery Better control of dissolved oxygen levels thereby enhancing process control Increased returns for minimal capital outlay Ease of incorporation into existing facilities BOC is committed to providing the highest possible level of service to its customers through: Security of supply, synonymous with being one of South Pacific’s leading gas suppliers Highly trained specialists dedicated to satisfying customer needs The provision of ongoing training and maintenance support Unprecedented access to the latest technological expertise from our Engineering Team Adherence to the highest safety standards Want to find out more? If you would like to find out more about BOC's mining solutions, please complete our contact form and we will be in touch. Contact us Related industries Mining ]

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[ COVID-19 statement from John Evans, Managing Director, South Pacific About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact COVID-19 Statement Press Releases COVID-19 statement from John Evans, Managing Director, South Pacific In these unprecedented and uncertain times, BOC and Elgas wish to reassure our customers, our employees, and the communities in which we work that we are taking every measure to safeguard their safety and wellbeing while continuing to deliver our gases where and when they are most needed.   As essential services providers BOC and Elgas produce and deliver critical gases across the South Pacific region; from LPG for heating and cooking, to enabling gases that keep our power stations and water running, through to the very important medical oxygen and other medical gases.  Employee safety  Over the past six weeks we have taken a large number of measures to protect our employees and to ensure that our production sites remain open and operating to their full capacity. Some of the steps we have taken to reduce the risk for our employees include: Banning all non-essential air travel both domestically and internationally since 9 March Banning non-essential visitors to all sites across the South Pacific Implementing rigorous social distancing at all sites as well as other risk mitigation actions including: Working from home where possible The frequency of cleaning of lunchrooms and change-rooms has been increased, and checks are in place to make sure cleaning is occurring as expected Non-essential production employees have been instructed to work from an alternate location Shift overlap times have been removed to minimise employee contact  At sites where there is only one shift, the employees have been separated into two separate teams  Providing ongoing access to employee assistance providers to support the mental health of all employees and their families  Continuity of supply  We also want to reassure you about the continuity of supply and mitigations that BOC and Elgas have in place for all our gas products and services. We have a long standing and comprehensive Contingency and Disaster Recovery Plan for all our facilities in South Pacific.  Nearly all of BOC gases are produced locally using BOC owned plants and equipment. Across Australia and New Zealand BOC has eight-cylinder filling sites and nine Air Separation Units producing our gases as well as five sources of carbon dioxide. We manage every step in the production, packaging, logistics and distribution of gas from creation to delivery to our customers. This ensures a flexible supply chain that can quickly respond to changing customer requirements in any location. Due to our multiple production sites we have the unique ability to draw on our South Pacific network to ensure continuity if one or even multiple BOC production plants are temporarily closed.  Elgas has the most diverse LPG supply chain in Australia and New Zealand with access to local production sources via ship, road tanker or both. Elgas owns two major LPG storage facilities in Australia, the Elgas Cavern and the Elgas Dandenong Bulk Terminal, and is also a major shareholder in the Liquigas LPG Terminals across New Zealand. Aside from major terminals Elgas also has an extensive branch and depot network with over seventy LPG tanker and cylinder filling facilities across Australia and New Zealand.   Our unique distribution network provides robust delivery capabilities to support and supply products and services to BOC and Elgas customers during emergency situations such as this. We have the largest LPG transport fleet in Australia with over 120 LPG trailers, 130 rigid tankers and over 250 dedicated cylinder delivery vehicles – all staffed by local people. Medical gas supply and patient safety   Due to an anticipated increase in medical gas requirements as a result of the ongoing escalation of COVID-19, BOC has over the past six weeks taken proactive steps to assist us in meeting an increase in demand and to ensure patient safety including: Increased safety stock holdings of medical gases throughout our network of production sites and distribution points Additional stocks have been moved away from our major filling facilities to key strategic sites, near major population densities. This has been implemented to mitigate risks if one of our major filling sites is required to temporarily close. Implementation of dedicated ‘medical cylinder filling employees’ that work separately from the rest of the workforce  We have also taken steps to minimise the risk to the most vulnerable in our communities, our elderly. As a key supplier of medical gas and equipment to hospitals, medical facilities and aged care facilities we have now implemented dedicated aged care delivery trucks in our capital cities. By doing this we minimise the risk of transference to an aged care facility from other medical facilities.   Call centre and customer support  BOC and Elgas have locally based call centres in Australia and New Zealand, and we are already transitioning these centres to a remote working model to ensure ongoing customer support throughout this challenging time. Should you need support please contact: Australia: BOC on contact@boc.com or call Elgas on 131 161.  New Zealand: BOC on sales@boc.com or call Elgas on 0800 435 427 We will continue to monitor the situation and work with government, our customers and in particular our health and medical customers to ensure that we are able to continue providing our critical gases where and when they are needed. Further enquiries: Communications Email: communications@boc.com Email ]

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[ Useful information Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Useful Information Are prices including or excluding GST? All prices on the BOC Shop are calculated excluding GST.   Will my details be transferred from the old website to the new website? Yes. Your username will remain the same and you will automatically be sent a new password to access the new website.    How do I update my contact information? 1. Log in to the BOC shop. 2. Click on ‘My Account’ located on the top menu bar. 3. When the ‘My account’ page appears click on ‘Account Profile’ located on the left hand side of the screen. 4. Click ‘Contact information’. 5. Click ‘Amend your details’ and update your details as required. 6. Click the ‘Save changes’ button to save your new details.   General Terms and Conditions of supply to customers Where goods delivered are not in accordance with the Customer’s order, or BOC’s selling specification, or are defective, the return of goods for credit is at the absolute discretion of BOC. Where credits are granted they may be subject to charges for handling or testing. Special gas mixtures cannot be returned for credit and if any order is cancelled by you a cancellation fee may apply. Medical gases cannot be returned for credit.   E-COMMERCE If you purchase goods and services from BOC through any BOC website or other e-commerce process, then (without limiting the foregoing) the following terms and conditions also apply: a) You will ensure that you safeguard your username, password and any other account details and agree that you will be responsible for all activities that occur through the use of your username, password and other account details, including but not limited to being bound by purchases made by any person using your password. b) Unless you advise us otherwise, on each occasion when you place an order you are instructing BOC to process that order (including payment for that order) in accordance with the details which you have registered with BOC most recently. c) All orders must be accompanied by payment using credit cards or charge cards accepted by BOC, or by using your BOC account. Acceptance by BOC of your order is subject to authorisation of the transaction by your credit or charge card’s issuer/manager (if you use a credit card or charge card to place your order) and your account being in terms. If for any reason your credit or charge card is not accepted or authorised as required then BOC will notify you, at which time you may be able to make alternative arrangements for payment. d) BOC and its suppliers have endeavoured to ensure that the BOC Website, and access points to the BOC Website or e-commerce process are secure; however, BOC accepts no liability for any misuse of information transmitted to or from these sites and/or access points by a party who is not a BOC employee. e) You consent to the use of cookies by BOC through its website, and other e-commerce processes. f) If you are granted access to BOC documents, process, information, calculators or materials (“Information”) you are granted a non-exclusive, non-transferable, limited license to access, download and use such Information for your internal business purposes only. You may not, without BOC’s express prior written permission: (i) modify the Information or use them for any commercial purpose or any public display, sale or rental; (ii) remove any of BOC’s copyright or other proprietary notices from the Information; (iii) sell or transfer the Information to any other party. We may terminate this license at any time if you violate any of the terms hereof and, upon any such termination, you agree to immediately destroy any Information in your possession or control. Also you agree to indemnify, defend and hold us harmless from any claims, damages, losses, costs and expenses, including legal fees which we , BOC employees, agents or representatives may incur as a result of your use or dissemination of any Information in violation of any term or condition of your agreement with BOC. g) Use of any Information is at your own risk and BOC is not responsible for any adverse consequences arising out of such use. The Information has not been prepared by taking into account the particular objectives, situation or needs of any individual customers. BOC reserves the right to change the Information at any time. h) All Information within any BOC site is the property of and is owned solely by BOC and/or its affiliates, suppliers, advertisers, or agents or sponsors. Except for a single copy made for personal use only, you may not reprint, republish, resell or redistribute this Information in any form or manner without the express written permission of the owner(s) of the Information which may be protected from copying by national and international copyright laws and treaties. BOC does not warrant or represent that your use of Information displayed on, or obtained through, any BOC site will not infringe the rights, including intellectual property rights, of third parties. Any dealings with any advertiser appearing on any BOC site are solely between you and the advertiser. BOC is not responsible or liable for any part of any such dealings or promotions. i) BOC and the BOC logo are trademarks and/or service marks of BOC. All other trademarks are trademarks or registered trademarks of their respective owners. Nothing in your agreement with BOC grants you any right to use any trademark, service mark, logo, and/or trade name of BOC or its affiliates, suppliers, advertisers, or agents or sponsors For full Terms and Conditions for BOC General Terms and Conditions of Supply click here    ]

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[ Case Studies About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Case Studies As the leading technical experts in gases, we pride ourselves at BOC on being able to support our customers on their unique and changing needs. On this page you will find a series of case studies where BOC have been able to assist our customers in finding solutions to their requirements. If you would like BOC to support your gas requirements, please contact our Customer Service Centre on 0800 111 333. Australias biggest blueberry co-op enters frozen fruit market(PDF 2.0 MB) Changing shielding gases and machinery deliver great efficiencies and output for A&G Engineering(PDF 971.0 KB) Ensuring Sydney's premier craft brewery has gas bubbles for future expansion(PDF 2.0 MB) Heard it through the grapevine: VAPORMATE® gives Mildura-based grower the confidence to expand into South East Asia(PDF 959.0 KB) Keeping the mummies alive - preserving the future(PDF 864.0 KB) LNG the choice of advanced milk processing facility in dairy capital of Tasmania(PDF 616.0 KB) LNG proves perfect solution for one of Australia’s largest and most advanced glasshouse growing facilities(PDF 424.0 KB) Multi-process welding robot cuts weld time by up to 90% for SMW Group(PDF 484.0 KB) Raspberry farm snaps up new freezer tunnel(PDF 453.0 KB) Say cheese: new gas solution supports growing Victorian dairy producer(PDF 528.0 KB) ]

[ Website Enquiry Contact Open A BOC Trading Account Billing Enquiry Cylinder Holdings Enquiry Feedback Order Enquiries Payment Enquiry Pricing or Product Enquiry Request a Copy of a Document Request a Visit or Contact from BOC Website Enquiry Website Enquiry Have you forgotten your password? Retrieve your password     Having trouble logging into your online account? Try our FAQ page! For all other website enquiries, you can submit the form below. Frequently Asked Questions   * Indicates mandatory field Please select an option Are you an exisiting BOC account holder?* Yes No Please select an option Please enter your account number if known   Required Title* Mr. Mrs. Ms. Miss Dr. Mr. Required First Name* Required Last Name* Please fill out. Company Required Street* Required Suburb/Town* Required Post Code* Required Telephone* Mobile Required Email* Please enter a comment Comments Please complete captcha challenge Reset Submit At BOC, we respect your privacy. The information you provide will be used only by BOC in order to provide you with the best possible service. Please refer to our Privacy Policy for further information. ]

[ Supply and Procurement About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Supply and Procurement The objective of BOC’s Procurement Department is to identify the best suppliers in the marketplace and build strong relationships to provide year-on-year value for both businesses throughout the life of the contract. Our procurement process ensures goods and services are purchased in a way that is ethical, safe and environmentally conscious. Category Management Process Procurement at BOC operates under a Category Management (CM) Framework. CM is a comprehensive end-to-end engagement model for defining business needs and implementing the most suitable sourcing solution. A sequential and data-driven process is applied to ensure value for BOC and minimise the risk of non-compliance during post contract implementation. Category Sourcing BOC uses a range a of ‘go to market’ strategies to ensure competitive “Total Cost of Ownership” proposals are sought from the market. The “go to market” strategy is selected according to the requirements of the procurement need, and can include: Multi-supplier proposals Single source supplier proposals Request for information Formal request for tender Request for quotation Reverse auction BOC uses and therefore encourages the use of e-Procurement and highly values suppliers that offer and invest in such e-commerce solutions (e.g. Punch-out, catalogue systems, portals, etc). Ongoing Supplier Relations Through the use of ‘living’ contracts, both the supplier and BOC will have an understanding of each other’s objectives and will actively work to ensure that these are met and provide value. BOC will meet with its suppliers to provide open and honest feedback about the relationship and will use these meetings to drive performance. BOC has a philosophy of continuous improvement with its suppliers and works under Six Sigma methodologies to drive efficiency. Our objective is to reduce costs while improving value to BOC. The Procurement Department endeavours to treat all parties involved in the CM process fairly. Payment Terms To ensure timely payment, suppliers must submit accurate invoices to the Accounts Payable Department at BOC. The invoice must contain a Purchase Order number and there is a risk of non-payment if a purchase order has not been received. The invoice must also show the correct costs, quantities, description of the goods or services provided and must have completed delivery or properly performed the service required. If milestone payments are required, these must be negotiated and documented in a contract before any work is started. It is BOC policy to pay its suppliers thirty two (32) days from month end following receipt of an invoice. For example, if an invoice is submitted on the 16th of April, payment will be on the 1st June and an invoice submitted on the 30th April will also be paid on the 1st June. Supplier Endorsements Being a supplier of goods or services to BOC does not mean that the supplier is endorsed by BOC. If a supplier wishes to use any material that relates to BOC or The Linde Group then formal approval of that material must be sought from BOC. References may only be obtained from BOC if the supplier is in a contracted strategic relationship with BOC. More information on: Code of Business Integrity Diversity and Inclusion Guidelines Linde Supplier Code of Conduct Annual Report 2019 More information on: Corporate Governance Diversity and Inclusion Financial Reports Sustainable Development ]

[ BOC Gas: Returns & Refunds Returns & Refunds View the BOC returns policy If you wish to return or exchange a product purchased from BOC please contact us within 14 days of receiving your goods or, in the case of faulty or defective goods, within 14 days of you becoming aware of the fault or defect. You can call 0800 111 333 to speak with our friendly Customer Service team. Read our returns policy Returning gas cylinders Once you have finished using the gas within your BOC cylinder you should return the cylinder to us as soon as possible. This will ensure you do not incur additional rental charges for a cylinder no longer required. We have two simple ways of returning cylinders: Collection – Cylinders can be picked up by BOC. To organise for a cylinder collection you can call 0800 111 333 to speak with our friendly Customer Service team. Please allow between 1-3 days for cylinder collection. Self Service – Cylinders can also be returned to your local Gas & Gear or Gas Agent. Find your nearest Gas & Gear or Gas Agent Returning hardgoods If you’ve recently received a BOC equipment delivery and the items delivered were not what you expected, please call 0800 111 333 to speak with our friendly Customer Service team. Submit a refund request Do you have a credit balance on your account? You can leave this on your account to use against a future purchase, or alternatively, request to have the amount refunded to your nominated bank account or credit card (if the original payment was made via credit card). To arrange a refund, download and complete the request form to have one of our team action this for you. You can expect to receive the refund within 7 working days. Call Us Email Us How did we do? It only takes 30 seconds to let us know. LEAVE FEEDBACK Update My Account Looking for a Document How to Place an Order Where's My Order? Pricing & Charges Explained Chat Online Call Us Send Enquiry Update My Account Looking for a Document How to Place an Order Where's My Order? Pricing & Charges Explained ]

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[ BOC to collaborate with CSIRO on revolutionary $3.4m hydrogen project About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact BOC to collaborate with CSIRO on revolutionary $3.4m hydrogen project Press Releases BOC to collaborate with CSIRO on revolutionary $3.4m hydrogen project BOC, a member of the Linde Group, one of the world leading gases and engineering companies, will support CSIRO during its $3.4 million ammonia to hydrogen cracking and membrane purification project that is set to revolutionise the global supply chain for hydrogen. As part of a recently signed collaboration agreement, BOC will contribute in-kind gas products and technical expertise worth in excess of $100,000 for the two-year project now underway at CSIRO’s test site in Pullenvale, Brisbane. BOC will supply ammonia, which will be cracked and purified into pure hydrogen by the modular membrane technology unit developed by CSIRO. BOC engineers will also assist with compressing the hydrogen and storing it in special cylinder packs, then distributing it to customers on the Australian east coast for use in hydrogen fuel cell vehicles. General Manager Hydrogen Alex Dronoff says BOC is proud to be working with CSIRO researchers as they take a significant step forward in hydrogen technology, paving the way for a renewable hydrogen export market that could meet rising demand in emerging markets Europe, Japan and South Korea. “As the only global organisation with expertise and technology that covers the entire hydrogen supply chain, BOC and The Linde Group are committed to working with Australian researchers and industry to help advance the global transition towards clean hydrogen for mobility and energy. “We look forward to sharing our extensive experience with CSIRO as they enter the final development stages of the membrane technology device – providing advice on generation and storage, right through to transportation and refuelling of hydrogen-powered vehicles.”       CSIRO Energy Director Karl Rodrigues is excited by the growing global momentum to develop hydrogen energy systems, and the potential for a hydrogen export industry to benefit Australia. “We’re pleased to be partnering with industry – including BOC – and look forward to applying CSIRO innovation to facilitate the creation of new low emissions energy markets." Dronoff adds the CSIRO project is a vital technology breakthrough that complements much of the pioneering work that The Linde Group has been driving for decades. “With more than 150 fuelling stations built worldwide and over 1.5 million refuelling operations completed, Linde is continuously working on the expansion of hydrogen infrastructure. In August 2016 Linde launched BeeZero, the world’s first hydrogen-powered carsharing service – and is a joint partner of the Energie Park Mainz project that produces and stores renewable hydrogen for mobility applications generated by electrolysis through wind energy at a grid-relevant scale. “With this CSIRO technology, it will be easier and faster to replicate this success on an even larger scale. We are certainly excited by the significant role that Australia will play in making renewable hydrogen a fuel of the future.” For more information on the CSIRO project, click here . Further enquiries: Communications Email: communications@boc.com Email ]

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[ BOC Gas: Specialty Gas Mixtures Customisation Tool Specialty Gas Mixtures Customisation Tool Create your own gas mixtures by completing the form and submitting your request. ]

[ Open A BOC Trading Account Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Open A BOC Trading Account Open a Trading Account with BOC. With an account, you can also shop and manage your account online, at any time, any day. A BOC Trading Account allows you to: Purchase gas products Shop and manage your account online Have goods delivered to you How to get started 1. Download and complete the application form in full. Please ensure you have  Adobe Acrobat reader  on your computer before you commence using the interactive PDF application form.   • Open the interactive PDF , type into the active fields in the form and complete all sections that are relevant to you.    • Ensure that you select the cylinder rental option that suits you best and read the terms and conditions carefully. 2. Send in your completed application form by:  - Uploading your form here  OR  - Email to join@boc.com  OR  - Fax ito 0800 262 703 OR  - Post to Account Opening               Private Bag 93300               Otahuhu, Auckland 1061  Please note: An original proof of photo identification (eg, driver’s license or passport) must be provided and a copy attached to the application.  The account opening process may take up to 3 working days. If you need your goods today, you can submit your application at the nearest BOC Gas & Gear store or Distributor Partner . 3. Have any questions? Please read our  FAQs . ]

[ Open A BOC Trading Account Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Open A BOC Trading Account Open a Trading Account with BOC. With an account, you can also shop and manage your account online, at any time, any day. A BOC Trading Account allows you to: Purchase gas products Shop and manage your account online Have goods delivered to you How to get started 1. Download and complete the application form in full. Please ensure you have  Adobe Acrobat reader  on your computer before you commence using the interactive PDF application form.   • Open the interactive PDF , type into the active fields in the form and complete all sections that are relevant to you.    • Ensure that you select the cylinder rental option that suits you best and read the terms and conditions carefully. 2. Send in your completed application form by:  - Uploading your form here  OR  - Email to join@boc.com  OR  - Fax ito 0800 262 703 OR  - Post to Account Opening               Private Bag 93300               Otahuhu, Auckland 1061  Please note: An original proof of photo identification (eg, driver’s license or passport) must be provided and a copy attached to the application.  The account opening process may take up to 3 working days. If you need your goods today, you can submit your application at the nearest BOC Gas & Gear store or Distributor Partner . 3. Have any questions? Please read our  FAQs . ]

[ BOC Gas: Home Oxygen & Respiratory Treatment Home Oxygen & Respiratory Treatment → Home Medical Oxygen Therapy → Getting Home Medical Oxygen Therapy → Home Oxygen & Respiratory Care Products → Doctors & Homecare Package Providers → Oxygen Therapy FAQs ]

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[ Getting Home Medical Oxygen Therapy How can I get home medical oxygen therapy (HMOT) with BOC? BOC caters to patient needs across a variety of programs including those who are privately funded or funded through a DHB. BOC supplies a range of stationary and portable oxygen concentrators, oxygen cylinders and supporting equipment for HMOT patients. "I have found BOC very responsive to my needs & supply of products as required. The BOC representative who initially came went to great pains to answer my questions & to reassure me as to the ease of use of the products & as to the help available at any time. It is a great comfort to have this service available." -BOC HMOT Customer Private Patients If you are a self-funded or private patient, your doctor will advise you of the type of equipment you need and will provide you with a prescription detailing your oxygen requirements. Once you have a prescription, please contact us so that we can ensure that you have all the information that you need. If you would like to view BOC’s home oxygen equipment, click here for pricing and availability. Alternatively, if you would like to speak with a consultant, contact us on 0800 100 949. DHB Funded Patients If a DHB is funding your oxygen therapy, they will arrange your initial HMOT set up. They will advise you as to what is required to order replacement cylinders or additional equipment. Once I have an account with BOC, how will I receive my HMOT equipment? If you are receiving HMOT through a DHB, the DHB will provide you with training and set up your home oxygen equipment. If you are a private patient, you can collect your equipment from your local BOC Gas & Gear or distribution partner where our staff will advise you on setting up your equipment. Who will pay for my HMOT equipment? Private patients: As a private patient you will be responsible to pay for your own HMOT equipment. DHB: If the DHB is funding your therapy, they will pay on your behalf. Some items may not be included – contact your DHB to find out what items you are entitled to. Find out more BOC’s home oxygen therapy equipment Contact Us to Order HMOT Equipment Home Oxygen FAQ Contact Us General Enquiries, Hospital, Aged and Homecare 0800 100 949 or email healthcareNZ@boc.com Benefits of online ordering Buy from BOC at any time Exclusive online pricing - 10% off RRP on selected items Save time - it only takes 2 minutes on average to place an order online Learn more about online ordering ]

[ 404 - Page not found Page not found We're Sorry the requested page is not available Alternatively do you want to be redirected to one of the following pages? The Linde Group Landingpage News & Media Clean Technology Investor Relations Job Market Contact us! Head Office Contact Linde AG Head Office Klosterhofstr. 1 80331 Munich Germany Phone +49 89 35757-01 Fax +49.89.35757-1075 E-mail: info@linde.com ]

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[ Electrical Safety Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Electrical Safety Electric shock can kill and many electrical accidents are due to carelessness or complacency. Proper training and 'safe working practices' can markedly reduce the risks. The possibility of electric shock is one of the most serious risks encountered by a welder. Touching 'live' electrical components, including the electrode and the work piece, can result in serious a burn injury or, more seriously, electric shock. Electric shock can kill, either by direct action on the body, or by a resultant fall, if working at height. Most electrical accidents are avoidable and occur as a result of carelessness, lack of training, shoddy workmanship or due to faulty equipment. Welders must never become complacent about the hazards associated with electric arc welding and safe working practices should be followed at all times. What Is It? Electricity is a form of energy associated with the movement of electrons and protons in a conducting medium e.g. copper wire. The amount of electricity flowing is measured in 'amperes' and the pressure, or potential is measured in 'volts'.  Electricity will only flow when a circuit is completed and a potential difference exists in the circuit. Sources In welding there are many sources of electrical hazard over and above those encountered in everyday life. These include the welding power plant, auxiliary welding equipment such as cables, wire feed units, welding torches and electrode holders plus other associated tools and equipment such as grinders and electrode ovens etc. Serious injury can also result from contact with the welding circuit, and shocks from this source are probably the most frequently experienced by welders. Increased hazard situations If the welder is hot and perspiring, or if he or she is working in wet, damp, hot, humid or cramped conditions, the skin and clothing may become wet. Effects of Exposure The passage of an electric current through the body can cause severe injury and even death. The severity of the injury will depend on several factors including the actual current and voltage, the duration of current flow and how healthy the victim is. Limits and Legislation Welding equipment should be installed in accordance with international, national, or local standards and the manufacturer's instructions and tested to ensure it is correctly wired in, properly 'earthed', and safe to use. Control and Prevention Control of electrical hazards and prevention of electrical accidents should be paramount at all stages of a welding operation, from initial installation of the equipment, to its use and subsequent maintenance. Regulations, many industry codes of practice and safety guidance documents have been issued over the years regarding the safe use of electrical equipment and protective clothing to be worn when welding. Installation and Maintenance of Welding Equipment Only qualified personnel should install welding power sources. At this stage they should ensure that the mains supply isolator switch is correctly installed, has adequate power rating for the equipment and the socket plug connector is correctly wired. All inspections should be recorded, including an accurate record of findings. Use of Welding Equipment Before commencement of welding the welder should ascertain that all electrical connections are clean, tightly fixed and properly protected. Welders should also check that welding leads, work return leads and earth leads are capable of carrying the maximum operating current without overheating and are in good condition with no disruptions in the insulation and no exposed metal connectors. It is advisable that welders should not wear rings, bracelets, chains or metal watchstraps when welding as these items are good conductors of electricity and may result in serious burn injuries. General Advice There should be an easily accessible means of switching off the welding power source at the mains at the end of each work period or in the event of an emergency. Ancillary Equipment LVSD (low voltage safety devices) should be used whenever possible when MMA welding. These devices ensure that only low voltage is present at the electrode holder when no welding is taking place. First Aid Whatever the cause of the shock, never touch the casualty with bare hands until the casualty is no longer in contact with the electrical source or there is a risk of getting an electric shock yourself. If someone has had an electric shock and is still in contact with the source, do not touch the casualty until contact with the source has been broken. In all cases of electric shock, the casualty should be taken to hospital for treatment or assessed by a doctor. ]

[ Beverages Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Beverages Putting the fizz into sparkling drinks Sparkling water, soft drinks and beer add zest to our lives – with a helping hand from food-grade gases. But the practical applications of gases extend far beyond carbonation solutions. Across your entire production chain, you can rely on BOC to work with you and find the gases and applications that meet your quality and traceability needs. Blanketing, purging & sparging with CO2, nitrogen (N2) and argon to prevent oxidation Carbonation of drinks using highest purity carbon dioxide (CO2) Post-mix and pre-mix dispensing with CO2 and other gas mixtures for the perfect beverage at the point of sale Pressurising containers/bottles with N2 to increase the strength of plastic bottles. So regardless of whether you operate a large bottling or canning plant or run a bar or restaurant, we are the partner of choice if premium quality, reliability and expert advice are important for your beverages and you. For more information, please download the links below: BOC Cellaguard Monitor brochure(PDF 822.0 KB) NZ Winery Brochure(PDF 2.0 MB) BOC Mix with the best - NZ(PDF 2.0 MB) ]

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[ Chromium in Fume Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Chromium in Fume Chromium can be present in fume in different forms. There are two main forms of chromium found in welding, trivalent, Cr3+, and hexavalent, Cr6+. Hexavalent chromium is considered the more hazardous of the two forms, and in welding fume it is a suspected human carcinogen. Chromium is an element present in the consumables and parent material of stainless steels, heat-resisting steels, some creep-resisting steels, some high nickel alloys, and armour plate. It may also be present in some consumables used for hardfacing. Chromium is also used as a coating for other materials, such as chrome plating, to give corrosion protection to steel, or to give a pleasing aesthetic appearance. Chromium, as chromate, may also be found as a constituent of some industrial paints. Welding or cutting materials containing chromium is likely to give chromium compounds in any particulate fume that is generated by the process. Whether it presents a significant hazard to health depends on the concentration and the duration of exposure. Chromium Formation in Welding When arc welding takes place on materials containing chromium, or by using consumables containing chromium, some of the chromium will be volatilised and escape from the protective gases in and around the arc. This metal vapour will be oxidised by the atmosphere to give particulate fume. Depending on the specific welding process being used chromium can be present in the fume in several different valency states, including trivalent, Cr3+; and hexavalent, Cr6. Effects of Exposure The major toxic effects of chromium in industry are concentrated on the nose, the skin and the lungs. The nose or, more specifically, the mucous membranes of the nasal septum, together with the skin of the hands and forearm, are the areas targeted by chromic acid and its salts. Control Measures When welding stainless steels using the MMA process there is a higher level of particulate fume generated than with MIG welding. However, an analysis of the fume generated would show that the MIG fume has a higher percentage of chromium present, typically 10 to 14%, this can be compared to about 6 to 8% for MMA. ]

[ Cylinder Information Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Cylinder Information Cylinders used for transport and storage of BOC compressed gases are manufactured in accordance with relevant Australian, New Zealand or overseas specifications approved by SAA Committee ME/2 gas cylinders. All have current test certificates. Gas Cylinder Size Identification BOC cylinder sizes are denoted by a letter code. The gas content of cylinders is measured in cubic metres, litres or kilograms. If volume unit is given, it refers to standard temperature and pressure of 15°C (101.3 kPa). The illustration below is provided to give an approximate indication of cylinder heights in relation to the average person.   Common Layout of Shoulder Labels The gas name label, stencilling or component details should always be used to identify the contents of cylinders. Labels must not be removed or defaced. Any cylinder without a gas name label should be returned to the supplier for replacement. 1   Dangerous Goods Classification 2   Contents of cylinder at standard temperature and pressure (15°C @ 101.3 kPa) 3   BOC cylinder size 4   United Nations numbering system for safe handling, transport and storage 5   Gas name and grade 6   Nominal filling presure at standard conditions (for permanent gas) 7   Caution - indicated major hazards* 8   General safety information* * Always refer to Material Safety Data Sheets (MSDS) Downloads Guidelines for gas cylinder safety(PDF 5.0 MB) Top 10 Steps to Cylinder Safety NZ(PDF 49.0 KB) More Information Call our Customer Service team on 0800 111 333 ... or contact us online ]

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[ Aluminium Dross Cooling Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Direct Oxygen Injection Oxygen Enhanced Combustion Inerting for Metal Production Heat treatment for Metal Production Additive Manufacturing Aluminium Die Cooling Aluminium Melting Aluminium Dross Cooling Sub-zero Parts Freezing Mining Oil and Gas Water & Wastewater Treatment Aluminium Dross Cooling Aluminum dross can form on the surface of aluminum and the weight may vary from 1% to 6% or more of total aluminum production. Dross may contain between 18 to 80% of valuable aluminum.  BOC can help you develop your aluminum recovery process and increase your aluminum recovery rate by applying argon to your dross cooling process. Aluminum dross cooling is a process where the dross is skimmed and cooled in an inert gas atmosphere. It is important to work quickly and efficiently to prevent the aluminum from oxidising, which can happen if the dross is not cooled down fast enough and remains exposed to air.  Benefits of argon for dross cooling: Displaces oxygen quickly  Increases aluminum recovery rates  Prevents oxidation of the residual metal Want to find out more? If you would like to find out more about BOC's metal production solutions, please complete our contact form and we will be in touch. Contact us ]

[ Metal Fume Fever Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Metal Fume Fever Welding of certain materials can give rise to fume containing freshly formed metal oxide fume. If inhaled in sufficient concentration it can produce a reaction similar to a bout of flu. This is what is commonly known as Metal Fume Fever. Although it normally lasts no more than a day, it is possible to get an attack of fume fever more than once. However, there is no evidence to suggest that repeated bouts cause cumulative damage. The metal oxides usually associated with metal fume fever are those of zinc and copper, although others can have the same effects. In welding and cutting it is working with copper alloys, galvanised and some painted components that are most likely to this problem. Alternative names for metal fume fever include, 'Zinc Fume Fever', 'Brass Chills' or 'Brass Founders Ague'. These derive from the regular occurrence of fume fever in workers employed in brass foundries, where zinc, with its low boiling point (907°C), would boil-off when added to molten copper at 1083°C, forming zinc oxide in the air. Symptoms Metal Fume Fever is an acute, 'flu-like' attack brought on by exposure to freshly formed metal oxide fume. Symptoms are first experienced about 8 to 12 hours after inhalation of the metal oxide. Sufferer feel like they are going down with 'flu. Causes Fume Fever is caused by inhalation of freshly formed metal oxide fume. Any fresh metal oxide can cause it but it is most frequently associated with zinc, from welding brasses, galvanized iron and steel, other alloys containing zinc and in some instances zinc rich primers and paints. Control Measures The simplest way to avoid getting metal fume fever is to use a suitable fume extractor, correctly positioned, to take the metal oxide fume away from the welders' breathing zone. The most suitable kind of extractor is a high volume, low velocity unit, as this type can be used with all welding processes, including TIG and other gas-shielded processes, without disrupting the gas shield. ]

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[ BOC COVID-19 FAQs COVID-19 FAQs BOC is still open and operational across New Zealand Is BOC an essential service? Yes. BOC is an essential service. Has BOC’s gas supply been affected? No. BOC has an existing and comprehensive Contingency and Disaster Recovery Plan for all BOC facilities in New Zealand. BOC produces the vast majority of our gas products in the South Pacific, and as a result, there is currently no impact on our gas supply, and we don’t anticipate any impact in the immediate future.  Will supply be restricted during this time? The only restriction currently in place is for medical oxygen cylinders. To ensure the continuity of supply to all our medical facilities and patients, we have implemented a full for empty exchange for medical oxygen for all current customers including both industrial and healthcare customers. New medical oxygen customers are required to provide BOC with a prescription from their healthcare provider. For more information, please contact our Customer Service team on 0800 111 333. I usually pick up my cylinders and equipment from a Gas & Gear, can you deliver it to my door? Yes. BOC can deliver direct to your door in most metro areas around New Zealand. Delivery fees and handling charges may apply. Are BOC still doing deliveries? Yes. As always, we are committed to delivering gas where and when it is needed whilst maintaining the highest levels of safety for our people and the communities in which we operate. Are BOC Gas & Gears open and are they safe to visit? You will be pleased to know that our stores are still open. We have implemented temporary changes to minimise the risk to both you and our staff. A limit to the number of customers in store at any one time. We no longer accept cash or cheque. You can order online for pick up or delivery. For medical oxygen customers we are implementing a strict full for empty exchange policy. I’m on a scheduled delivery run – will that change? No. You will receive your scheduled delivery run as per your requirements. Please ensure you advise our customer service team if your gas requirements have changed during this time. My nearest agent has temporarily closed, how do I swap out my cylinders? Unfortunately, due to COVID-19, some gas and equipment agents may temporarily close. Go to Store Finder to find nearest store in your area. Have my medical gas cylinders and equipment been disinfected before coming to me? ​Yes. BOC has introduced a disinfection protocol for all returned medical gas cylinders. Medical equipment are being sanitised thoroughly as part of their regular servicing and maintenance schedule before being re-deployed. ]

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[ Media Contact About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Media Contact For media enquiries in Australia and New Zealand, please contact our Communications team at communications@boc.com ]

[ Health, Safety & Environment (HSE) About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Health, Safety & Environment Effective management of health, safety and environment (HSE) is a key priority for BOC and is embedded in our corporate culture. We have a HSE vision: ‘At The Linde Group, we do not want to harm people or the environment.’ This vision guides our actions in all issues relating to HSE and inspires us to make the right decisions, take the appropriate measures and behave in a responsible manner. It ensures that at BOC, people always come first. Not harming the environment means more than just adhering to legal guidelines and internal corporate standards. It involves actively doing everything possible to mitigate any ecological damage resulting from our business activities. That is why BOC, as a company, is committed to reducing its carbon footprint by improving efficiency and using resources in a responsible manner. Our “100% HSE” logo makes our commitment more tangible and helps take our HSEmessage to all our employees across the globe.   Further Information Health Safety Environment Linde HSE Policy ]

[ Liquid hydrocarbons Products Equipment & Accessories Food Chilling Gas Products LPG Specialty gases Liquid hydrocarbons Safety Products Supply Modes Cylinder Upgrades Liquid hydrocarbons Understanding behaviours of hydrocarbon mixtures in contact with overpressure gas The choice between piston and liquid withdrawal overpressure cylinders, otherwise known as traditional cylinders with overpressure for liquid hydrocarbon mixtures, is an important one – with a number of factors to be considered before a decision is made on the most suitable mixture type.  Factors such as precision, maintenance, costs and certification levels should be considered to ensure optimum accuracy and value for money.  To assist in this decision, BOC conducted a number of simulations to determine the effects of hydrocarbon mixtures in contact with overpressure gas including helium, hydrogen and nitrogen.  The results are important to consider when choosing between a piston cylinder and a traditional cylinder, and when deciding how to use a traditional cylinder. This will help laboratory managers and maintenance teams using piston cylinders or traditional cylinders better understand the benefits and disadvantages of each.  BOC can assist with this by providing detailed composition use charts for your mixture of choice upon request. To read our white paper, click here . White paper Read more about behaviours of hydrocarbon mixtures in our white paper Understanding behaviours of hydrocarbon mixtures in contact with overpressure gas. Read now For more information If you have any additional questions, please don’t hesitate to contact our Customer Engagement Centre Phone: 0800 100 949 E-mail ]

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[ Water & Wastewater Treatment Water & Wastewater Treatment BOC’s water and wastewater treatment processes can be used to eliminate odors, treat volatile fatty acids, remove micro-pollutants, achieve optimal biological oxygen demand, control wastewater or raw water pH or water remineralisation. BOC can support you with a range of application technologies engineered to deliver the best results in a cost-effective way.  BOC has been involved in many projects ranging from wastewater to drinking water applications, surface water and process water. We also have a number of installations in Western Australia where we oxygenate rivers to maintain fish life during unfavourable natural conditions.   Our SOLVOX® technologies will support your plant aerobic treatment needs, whereas the SOLVOCARB® line offers a diversity of solutions for neutralisation and remineralisation with carbon dioxide. We also design and deliver oxygen supply schemes and oxygen recycle for ozone generation, which can help you save up to 60% of oxygen. Aerobic Wastewater Treatment With Oxygen Using Aeration Technologies The best way to fight odors in the wastewater industry, is to add pure oxygen to your existing process, which can raise the level of dissolved oxygen enough to reduce or eliminate odors without further action.  Based on decades of experience, BOC has developed a complete portfolio of oxygenation equipment to meet customers' aeration and mixing needs. Our turnkey solutions include gas dosing equipment, electrical control systems and the full support of our engineers for installation advice, supervision and commissioning services. Our portfolio is compatible with existing equipment and therefore can be used to complement systems already in use. From temporary to permanent oxygenation solutions and from low to high oxygen demand, you can count on us to find the best option to address your specific challenges. Neutralisation And Remineralisation With CO₂ The SOLVOCARB® portfolio includes reliable gas supply schemes and efficient injection equipment to perform neutralisation and remineralisation treatments with carbon dioxide. Our engineers will assist you with extensive know-how to make sure that all processes run smoothly, from installation to operation.  BOC will provide you with fully tested and competitively priced metering and dissolving systems for carbon dioxide. The application equipment of the SOLVOCARB® family can be applied flexibly in an in-line or bypass operation, thus offering a broad range of solutions to meet specific customer requirements. Water Treatment With Ozone Ozone has been used in water treatment for a long time to get rid of contaminants and to reduce micro-pollutants in drinking water and for treating industrial wastewater with a high chemical oxygen demand (COD) as found in the textile, pharmaceutical and specialty chemicals industries.  Recently, more and more countries have been introducing regulations for the residual micro-pollutants in treated wastewater after conventional municipal biological treatment. Various advanced oxygenation process treatment trains have been tested for this purpose, and ozone has been proven to be very effective in dealing with these compounds.  In the corona-discharge production process, ozone is created by an electrical discharge to ambient air or oxygen. When using highly concentrated or pure oxygen instead of ambient air for the production of ozone, the following advantages arise: Higher ozone production  Smaller footprint  No pre-treatment of the feed gas is required Want to find out more? If you would like to find out more about BOC's water and wastewater treatment solutions, please complete our contact form and we will be in touch. Contact us Aquaculture solutions With the SOLVOX® product line, BOC offers the right solution to meet these specific needs. SOLVOX® comprises a variety of oxygen dissolution and distribution products and systems. Find out more Related gases Oxygen Carbon dioxide Related products SOLVOX® SOLVOCARB® ]

[ Additive Manufacturing Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Additive Manufacturing BOC is your partner of choice for additive manufacturing From metal powder production to surface finishing, BOC’s technical experts have developed premium process gas solutions for every step of the additive manufacturing chain to deliver improved solutions for the automotive, aerospace, defence and medical industries among others. A comprehensive range of industrial and specialty gases as well as gas mixtures  Tailored solutions and technical support from our team of Specialised Fabrication specialists  Extensive distribution network means your next gas delivery is never far away A wide range of supply solutions from compressed gas cylinders to bulk vessels to support your business now and into the future Backed by the Linde Global Development Centre for Additive Manufacturing Full traceability for metal powder production special gas mixtures, with each cylinder individually quality tested and certified to ISO 17025:2005 with ISO Guide 34 certification available for a surcharge. ISO9001:2015 certified production sites Advanced oxygen measuring technology and 3D printing gas solutions to support design flexibility, structural stability, lightweight construction and surface refinement Gas solutions to ensure optimum post-treatment and surface cleaning outcomes To view the video, you need to consent to YouTube cookies. To do so, please click here to open the Privacy Preference Center and enable social media cookies.   Products BOC primarily supplies compressed and bulk gases. We develop safe, sustainable and innovative solutions for customers in many specialty sectors, especially Additive Manufacuting (AM).  Inert gases, typically argon, are central to the function of metal AM, as well as peripheral AM processes including pre and post-production activities, and are the media most often used for quenching during the vacuum heat-treating process.  Read more Laser additive manufacturing ADDvance® O2 precision – controlled production gas atmosphere Gases Gas supply – design, provision and installation. Contact our Customer Service team for more information. Or call on 0800 625 773. Metal powder production & handling Truform metal powders ADDvance® powder cabinet Wire arc additive manufacturing Shielding gas mixtures Arc equipment Cooling gas-carbon dioxide Cooling gas - LINSPRAY cold spraying Post processing/surface finishing ADDvance® Cryoclean® Sintering Thermal spraying Hot Isostatic Pressing (HIP) Want to find out more? If you would like to find out more about BOC's additive manufacturing solutions or gas, you can call us on 0800 111 333 or leave your details below and we'll contact you. Contact form Brochures AM Role of Gases(PDF 665.0 KB) AM overview brochure(PDF 2.0 MB) ADDvance brochure download(PDF 662.0 KB) ADDvance® powder cabinet(PDF 369.0 KB) Testimonial “BOC has been our preferred argon supplier for the last year and half and their level of service from confirmation of order to delivery is excellent. We’re a metal 3D printing bureau and are leading the way in additive manufacturing in the Southern Hemisphere; we use the argon for our 7 metal 3D printing machines. Argon is a gas which helps create an inert environment suitable for 3D printing. We need regular orders of argon to keep our machines going and have been impressed with the service that BOC provide us.” Warwick Downing, Chief Executive RAM 3D Visit RAM 3D Testimonial "We chose BOC as our principal helium provider for the production of additive manufactured medical devices and aerospace components. Their system allowed us to greatly streamline our supply and inward goods process, not only with a simple and reliable service, but with the peace of mind of having a quality product delivered on time that meets our quality standards every time."   Victor Gillet, Quality Manager  ZENITH TECNICA LTD  Visit ZENITH TECNICA ]

[ BOC Gas: 10% off list price online Enjoy 10% off list price when you buy gas and equipment products online^ Why should I buy online? By ordering through the BOC Online Store, you can: Buy from BOC at any time Access online exclusive sales Save time - it only takes 2 minutes on average to place an order online ^ 10% off applies to product list price only - excludes cylinder rental, delivery and any surcharges. ]

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[ MIG Welding Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume MIG Welding The main hazards from MIG welding are electrical, arc radiation, and welding fumes. Other hazards include inert gas, noise, heat, and fire. Welding fumes include both gaseous and particulate types. The MIG welding process is the most common welding process now used in manufacturing. It is capable of being used on a wide range of material types from common steels, to titanium. The MIG process produces a variety of hazards, not only to those carrying out the operation but also in many instances to others in the vicinity such as inspectors, labourers and even other welders. Some of the hazards encountered are specific to MIG welding while others are of a more general nature. Different hazards occur before welding commences, during welding and sometimes after welding has finished. When we look at the major hazards we will also consider when they may occur. Types of Hazards in MIG Welding The hazards encountered in MIG welding may be sub-divided into groups as follows: Electrical safety and Magnetic Fields Compressed gases, including inert gases Radiation Electrical Safety & Magnetic Fields Power sources for MIG welding and associated pieces of equipment, such as wire feed systems, welding guns, leads and connectors all require an electricity supply to operate. Power sources may operate from a three-phase supply, from industrial single-phase supply or even from a 13amp domestic power supply. It should always be remembered that electric shock can kill. Due to the potential severity of the hazard, the following is a guide on what to do before any MIG welding is started to reduce the risk of an electrical accident: - Only qualified personnel should be allowed to install MIG equipment. - The equipment must be tested to ensure it is operating correctly and safely before being put into service. During welding the possibility of electric shock is one of the most serious risks encountered by a welder. Most electrical accidents occur as a result of carelessness, poor workmanship or due to faulty equipment. The following points provide a guide to what to reduce the risks: - Welders should not remove panels from a welding power source if it stops working correctly. Touching a lead inside the welding set with the power still on can result in a serious primary voltage shock. - Never ignore a blown fuse, it is a warning that something is wrong. The following practice will help prevent electrical accidents: - When welding is temporarily interrupted welding guns should be placed where they are safe and the gun switch cannot be activated accidentally. Compressed Gases Shielding gases used for MIG welding may be 100% inert, 100% active, or a mixture of inert and active gases. Whatever their composition, the main risk to welders and others from the shielding gas is that of asphyxiation. Inert gases are not toxic, but will not support life. The following should be considered to ensure safety while this is being carried out: - Always use the correct regulator for the gas and ensure that it suitable for the pressure contained in the cylinder. - Never modify a regulator for use with another product. Radiation MIG welding produces electromagnetic radiation over a wide range of wavelengths. These wavelengths cover three distinct types of 'non-ionizing' radiation, namely, Ultraviolet (UV), Visible Light and Infrared (IR). MIG welding however, does not produce ionizing radiation. Some points to bear in mind are: - Radiation is only generated while the arc is generated and the amount emitted generally increases as the welding current increases. - Burns can be avoided by wearing proper protective clothing and ensuring no areas of skin are left exposed. Heat Sources of heat include welded components, the electrode holder and hot or discarded electrodes, and any of these can cause burns to the skin. A hot environment can cause the body to overheat, and this is known as Heat Stress. However those working in welding shops can reduce the risk by adhering to the following recommendation: Always assume all metal objects in a welding shop are hot. Welding Fume and Gases Welding fume is an unavoidable by-product of MIG welding, although fume generation from the process is generally low. However, the welder should still be aware of what fume is likely to be generated while welding is taking place and the potential hazards of exposure to the welding fume. Particulate Fume Particulate fume is mostly formed from vapourisation of the welding consumable. The following general statements are a rough indication of what the constituents of the particulate fume are likely to be: - Fume from MIG welding aluminium is mostly aluminium oxide. - Fume from MIG welding steel is mainly iron oxide plus a small amount of manganese oxide and other alloying elements. Gaseous Fume Welding processes with open arcs, such as MIG, are likely to promote the formation of gaseous fume as a result of the action of ultraviolet light and heat on atmospheric oxygen and nitrogen. The main factor controlling its production are: - Argon-rich shielding gases are more likely to promote ozone production than are helium-rich shielding gases or 100% carbon dioxide. Exposure to Fume Whilst all components of welding fume may present a risk to health, given a high enough concentration, some present a greater hazard than do others. The potential effect of exposure to welding fume depends upon: - The composition of the fume. - The volume of fume produced. Noise The MIG welding processes, like all others, generates noise. Some power sources, notably some pulsed MIG and synergic MIG sets, are noisier than others and some additionally generate high frequency noise that can affect hearing. Manual Handling Back injuries are one of the most common industrial injuries suffered by workers. Welding consumables may be heavy or awkward to lift. Confined Spaces Any of the hazards associated with MIG welding will be exacerbated when welding is carried out in a confined space. Solvents Flammable solvents may have been used to clean components prior to welding and may still be present around the welding area, presenting a fire or explosion hazard. The welder should allow all traces of any solvents to disappear from component surfaces and ensure no containers of solvent are in close proximity before welding starts. Workshop Safety General workshop safety is really a matter of common sense and good housekeeping and the following actions may be used to avoid accidents: - Maintain a tidy work area, especially free from trip hazards. - Keep walkways clear and free from welding cables, spare material, consumables, etc. Practical Considerations The advice given above is general in nature but forms a good overview of the potential hazards associated with the process. There are, however, things that can be done to help reduce the possibility of problems occurring in the workplace: Training There is a considerable amount of misinformation in the fabrication industry about the health hazards associated with welding. There is also a lack of understanding among welders as the how they can influence the type and severity of hazard. The main cause for this is often poor training and some welders appear to be unwilling to operate at welding conditions that will keep fume production to a minimum. Routine Maintenance, Safety Audit and Equipment Inspections Simple routine maintenance and a formalised system of safety audits on welding equipment has been shown to help reduce the number of safety related incidents within the industry. Personal Protective Equipment Welders should ensure that they wear appropriate clothing for the operation they are carrying out. Flame-retardant boiler suits, gloves or gauntlets, safety shoes, leather aprons, etc, should be in good condition and as free from oil, grease and moisture as is physically possible as these can reduce the effectiveness of the safety equipment. ]

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[ Press Releases About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Press Releases The latest press releases of Linde plc at a glance. 04.05.2023 / Press Releases /BOC fuels NZ's first hydrogen truck NZ Post is making history after purchasing the first hydrogen-powered truck in New Zealand – the first of five Hyundai XCIENT fuel cell trucks to be rolled out across its fleet. 11.01.2022 / Press Releases /Binod Patwari appointed Managing Director of BOC South Pacific Leading gas and engineering company BOC, a Linde company, today announced Binod Patwari has been appointed Managing Director of BOC South Pacific. 04.05.2023 / Press Releases /COVID-19 statement from John Evans, Managing Director, South Pacific NZ Post is making history after purchasing the first hydrogen-powered truck in New Zealand – the first of five Hyundai XCIENT fuel cell trucks to be rolled out across its fleet. 29.08.2022 / Press Releases /BOC to build carbon dioxide facility in Victoria BOC will build a multi-million dollar carbon dioxide processing facility in Longford, Victoria as part of a new long-term CO2 supply agreement with the Gippsland Basin Joint Venture. 20.07.2022 / Press Releases /BOC to build hydrogen refueller at BP Truckstop in Lytton BOC and BP Australia announced a new agreement to build a hydrogen refuelling station at the BP Truckstop in Lytton, Queensland. 11.01.2022 / Press Releases /BOC and Foton partner to accelerate hydrogen bus development in Australia and New Zealand MoU agreement to explore operational and commercial models for bus operators 22.01.2020 / Press Releases /BOC New Zealand rallies behind Child Cancer Foundation BOC announce a new national corporate partnership with Child Cancer Foundation. 08.03.2018 / Corporate News /Linde achieves growth targets and announces dividend increase The technology company The Linde Group delivered a solid performance in the 2017 financial year, achieving increases in both Group revenue and Group operating profit after adjusting for exchange rate effects. 22.02.2018 / Press Releases /BOC celebrates $35 million upgrade to Western Sydney manufacturing site Opens two investments, a $20 million specialty gases facility and a $15 million world-first automation system 11.10.2017 / Press Releases /BOC officially opens K1.2 million Gas & Gear in Lae New facility to strengthen BOC’s 50-year presence in the region and expand service to local customers. 13.09.2017 / Press Releases /BOC unveils its biggest welding product release of 2017 BOC brings to life the next generation of welding machines. 22.08.2017 / Press Releases /BOC to collaborate with CSIRO on revolutionary $3.4m hydrogen project BOC, a member of the Linde Group, one of the world leading gases and engineering companies, will support CSIRO during its $3.4 million ammonia to hydrogen cracking and membrane purification project that is set to revolutionise the global supply chain for hydrogen. 01.11.2016 / Press Releases /BOC announce the appointment of new South Pacific Managing Director. Leading gases and engineering company BOC today announced the appointment of John Evans as Managing Director, BOC South Pacific. 27.08.2016 / Press Releases /Statement on NSW Health investigation report BOC today received the report published by NSW Health and the company is also assisting the NSW Police and the Coroner in their continuing investigations. 02.08.2016 / Press Releases /Factual Investigation Report handed to NSW Police BOC has completed a Factual Investigation Report into the July 2015 installation project at Bankstown-Lidcombe Hospital and this has been provided to the NSW Police. 25.07.2016 / Press Releases /BOC expresses profound sorrow for families affected by devastating tragedy BOC is extremely saddened of the tragic death of a newborn and the injury of another at Bankstown-Lidcombe Hospital over the past weeks. 18.11.2015 / Press Releases /BOC and Qenos deliver Australian-made ethylene to LNG Export sector Local ethylene reduces LNG export industry reliance on imports and significantly cuts delivery time 12.10.2015 / Press Releases /New graphic auto-darkening high impact helmet provides ultimate protection for welding and grinding Leading safety and industrial equipment specialist BOC today announced the newest addition to its Weld Guard™ protective products range with the launch of the new Weld Guard™ high impact helmet for welding and grinding. 21.05.2015 / Press Releases /BOC Helium floats giant balloon for star research All eyes were on the neutron star Vela Pulsar last week when the Australian Balloon Launching Station at Alice Springs Airport, successfully launched a colossal research balloon filled with 1,830 cubic metres of BOC Helium into the sky to observe the star located 1,000 light years away from Earth. 05.05.2015 / Scan tap and order with new BOC mobile app Gases and engineering company BOC has unveiled its innovative new BOC Scan to Order Mobile App for iOS and Android that will allow customers to order their gas cylinders, equipment and safety products more quickly by scanning the product barcode using a mobile phone. 24.03.2015 / Press Releases /MAPAX LD: fresh solution for the packaged goods industry Gases and engineering company BOC has today launched its new MAPAX® LD leak detection technology at AUSPACK in Melbourne, an innovative solution for the packaged goods industry that offers high-speed and non-destructive in-line leak detection. Media Contact For all media and public relations enquiries please contact our Communications team. Email: communications@boc.com Email ]

[ Home Medical Oxygen Therapy What is home medical oxygen therapy Home medical oxygen therapy (HMOT) is a treatment that is used to increase blood oxygen saturation and is prescribed for patients with a range of respiratory conditions to use in their own home or living environment. How does HMOT work? Organs need oxygen in order to function correctly – chronic obstructive pulmonary disease (COPD) and other lung conditions may result in reduced blood oxygenation. Home oxygen therapy provides patients with high concentration oxygen, ensuring vital organs are receiving the oxygen required for healthy function. How do I know if I need HMOT? Your doctor will advise if you need supplemental oxygen after testing either arterial blood gas or pulse oximetry. Your doctor will specify the flow rate, hours of the day that oxygen therapy is required and often the type of equipment necessary to best suit your needs. Your doctor will provide you with a script or letter with these details. HMOT with BOC BOC has been delivering HMOT services for over 20 years, providing home medical oxygen to patients in New Zealand. BOC offers a range of oxygen concentrators, oxygen cylinders and other equipment. If you receive HMOT through a District Health Board (DHB), the DHB will manage your equipment setup. If you are a private patient, BOC will help you set up your equipment. Find Out More Get Home Oxygen therapy with BOC BOC’s home oxygen therapy equipment Home Oxygen FAQ Travelling with Medical Oxygen Contact Us General Enquiries, Hospital, Aged and Homecare 0800 100 949 or email healthcareNZ@boc.com Benefits of online ordering Buy from BOC at any time Exclusive online pricing - 10% off RRP on selected items Save time - it only takes 2 minutes on average to place an order online Learn more about online ordering ]

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[ Construction & Infrastructure Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact Construction & Infrastructure Supporting varied and specialised needs across a broad range of activities. The construction industry covers a wide range of activities from individual homes to large-scale civil engineering projects. Many of the welding, cutting and coating processes used in construction are also needed in structural or mechanical engineering projects – for instance to build offshore rigs and platforms, lay pipeline networks and construct heavy machines. Regardless of whether you are involved in construction or infrastructure projects, we have gas solutions and supporting services to help you meet your productivity, quality and cost targets. Find out more about our sector-specific offerings: Concrete and CarbonCure technology ]

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[ Data Protection About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Data Protection With the following data privacy notice, we would like to inform you about the processing of your personal data by Linde GmbH, Dr.-Carl-von-Linde-Strasse 6-14, 82049 Pullach, Germany. From time to time, it may be necessary to adapt this privacy policy as whole as well as specific parts of it to comply with the up to date legal requirements or to cover the introduction of new services. The most recent version of our data privacy notice can be found at: https://www.linde.com/privacy-statement I. General Information regarding Data Protection at Linde 1. Controller and Data Protection Officer The controller responsible for the processing of your personal data in the sense of data protection law is Linde GmbH. Linde GmbH is a subsidiary of Linde plc (in this document, Linde plc and its affiliated companies are referred to as “Linde”), a leading global industrial gases and engineering company. The contact details of the EU Group Data Protection Officer (“EU GDPO”) of Linde GmbH are: Linde GmbH EU Group Data Protection Officer Dr.-Carl-von-Linde-Strasse 6-14, 82049 Pullach, Germany Email: dataprotection@linde.com    2. Your Data Privacy Rights In connection with any processing of personal data by Linde GmbH, all data subjects have the following rights pursuant to Articles 15 to 21 GDPR - within the statutory limits of the member states: Right to information  Right to correction Right of deletion Right to limitation of processing Right to data transferability Right of objection Furthermore, you have the right to revoke your consent to the processing of your personal data at any time with effect for the future. Such revocation has no effect for the past, i.e. it does not affect the legitimacy of the data processing carried out up to the revocation. If you are of the opinion that the processing of personal data by Linde GmbH is not in accordance with the data protection regulations or you are not satisfied with the information provided by us, you have the right to file a complaint with the competent supervisory authority (see Art. 77 GDPR). 3. Transfer to Third Party Countries or International Organizations  We take care not to transfer your data to recipients in countries without an adequate level of data protection (third party countries). However, in some cases, this cannot be completely avoided. Where this is the case, Linde GmbH has taken and will take appropriate measures to ensure an adequate level of data protection at the recipient at all times. These include in particular adequacy decisions by the EU Commission or standard data protection clauses adopted by the EU Commission and are available via the EU Group Data Protection Officer. 4. Storage and Retention Periods  We process personal data only as long as it is necessary for the fulfillment of our contract obligations. As soon as the data concerned is no longer required for this, it is generally deleted. However, in order to comply with certain legal requirements, we must store some data beyond the termination of contractual relationships. This includes commercial and tax documentation, evidence and storage obligations. In these cases, we are generally required to safeguard or store data for three to ten years, or in rare instances, e.g. in legal disputes for up to 30 years. II. Processing of Personal Data by Linde GmbH for Core Business Purposes Linde is offering customers from the industrial retail, trade, science, research and public sectors a comprehensive product and service portfolio. Our customers, suppliers and partners are as diverse as we are. To conduct our complex international business, it is necessary to process personal data. 1. Type and Origin of Personal Data processed by Linde GmbH We process personal data only to the extent necessary to fulfill our contractual and legal obligations in connection with the business relationship with our customers, suppliers and partners. “Processing” means that we collect, store, delete or transfer personal data, to list a few examples. Personal data processed by us includes: Master and contact data of customers and suppliers, such as name, address, telephone number, e-mail address, function, department of our contact persons, etc. Data we need for invoicing and payment processing, such as bank details, tax number, credit management information, etc., as far as it concerns the data of a natural person Supplier and customer relationship management information, such as order history, etc., as far as it concerns the data of a natural person We regularly receive the personal data processed by us within the framework of and in the course of our business relationship with our customers. In some cases, we also receive personal data from affiliated companies of Linde, e.g. contact data from suppliers within Linde’s supplier relationship management. In some cases, we also process personal data that we have received in another manner, in accordance with the applicable data protection laws. This is regularly the case regarding: Publicly accessible sources, e.g. trade and business registers, trade fairs, exhibitions, Internet sources, newspapers, trade directories, etc. Third parties who are not affiliated with Linde, e.g. trade/business associations, credit agencies, insurance companies, etc. 2. Purpose for Processing by Linde GmbH and Legal Basis We process your personal data only for permitted purposes and in accordance with the applicable legal provisions of the GDPR and relevant national data protection laws. 2.1 We process Data to fulfill our Contractual Obligations We process personal data to fulfill our contractual obligations towards our customers and suppliers or to carry out so-called pre-contractual measures, which take place upon a specific request. In these cases, the purpose of data processing is determined by the contract we have concluded with our customers or suppliers and services that are provided under this contract. This also includes, for example, the processing of personal data in the context of sending catalogues, information on our services or the preparation of specific offers. 2.2 We process Data to protect Legitimate Interests We also process personal data insofar as it is necessary to safeguard the legitimate interests of Linde GmbH or Linde companies as well as our customers (and, if applicable, other third parties). Where this is the case, we process personal data only after due consideration of your relevant interests. This includes in detail e.g.: The supply of products and the provision of services Customer service and handling of complaints Direct mail, provided you have not objected to the processing of your personal data for these purposes The surveillance of publicly accessible rooms in our branches with optical-electronic equipment (video surveillance) Transfer of personal data within Linde for internal administrative purposes 2.3 We process Data with your Consent We also process your personal data if you have given us your consent. You may revoke your consent at any time. Please note, however, that data processing up to the date of revocation remains permissible. 2.4 We process Data to fulfill Legal Obligations We are required to process certain data in order to comply with legal obligations. Such obligations may arise from certain provisions of national commercial, trade, tax and social law as well as European legislation, e.g. in connection with regulations to avoid the financing of terrorism. In detail, this may also result in obligations for Linde GmbH to safeguard, store, report and collect data, which generally serve control purposes from the respective authorities. 2.5 Information regarding Change of Purpose   Should we process your personal data for any reason other than that for which we originally collected them, we will only do so to the extent permitted by law and will inform you of this new purpose . 3. Recipients of your Data Personal data will only be made available to other companies of Linde if and insofar as this is necessary to protect our legal and contractual rights and obligations. This, for example, can be the case for the coordination of our contractual services. Typical examples are centralized supplier and customer management services, centralized IT services and internal shared service center in finance and accounting. We cooperate with external service providers to fulfill certain contractual obligations. This is the case, for example, in connection with specific supplier and customer management services, hosting of IT infrastructure and external shared service center in finance and accounting, payment processing (credit card, direct debiting, purchase on account), logistics and delivery, promotional activities or the transaction of online orders. As far as we involve external service providers, this always takes place within the legal limits and in compliance with the applicable data protection regulations. We only transfer personal data to other recipients outside Linde if we are legally obliged or permitted to do so. In all other cases, we will only transfer your data to other third parties if you have given us your corresponding consent. In the context of the continuous development of our business, we may divest subsidiaries or business parts or merge our business or parts thereof with another company. Such transactions typically entail the transfer of customer information pertaining to the sold or divested subsidiary or business part to the buyer or to the company created by the merger. In the unlikely event of a complete sale of Linde or substantial parts thereof, your personal information will also be transferred to the buyer. 4. Obligation to provide Data   In order to be able to provide our services to our customers, we must process certain personal data or are legally obliged to do so. We collect the corresponding data from you upon conclusion of the contract (e.g. address, business contact data and function). Without these data we cannot conclude contracts with our customers. 5. Automated Decision-Making and Profiling We do not use automated decision-making processes for procedures that have legal implications or a similarly significant impact on you. No decision will be made without further human review. Profiling within the meaning of Art. 4 (4) GDPR in general does not take place at Linde . In case of an exception, a separate data protection notice will be provided. III. How we use Personal Data for the purposes of our Websites The companies of Linde operate websites to provide you with information regarding the companies and their products and services. 1. Type and Origin of Personal Data processed by Linde GmbH When you visit one of the websites of Linde, we collect certain personal data from you. Personal data processed in this connection may include your name, address, phone number or email address. Personal data processed in connection with the operation of our websites is typically actively provided by you when you use our website, e.g. when you register for a certain service such as a newsletter. In some cases, however, personal data processed can also be provided by third parties who are not affiliated with Linde, such as internet service providers or marketing affiliates or software plug-ins mainly due to technical reasons. The following data (in particular log information and device data) is automatically processed by Linde GmbH: The name of your Internet Service Provider (ISP) Your IP address Your browser type and your operating system (OS) Date, duration and time of your visit Visited websites Extracted data & downloaded files Your country Your referrer URL Your search term in case you were referred to our website by a search engine 2. Purpose for processing by Linde GmbH and Legal Basis We process personal data only to the extent necessary in each case. 2.1 We process Data to fulfill our Contractual Obligations We process personal data to fulfill our contractual obligations towards our customers or to carry out so-called pre-contractual measures, which take place upon a specific request. This may be the case when you register for certain services, for online orders or our supplier portal. 2.2 We process Data to protect Legitimate Interests We also process personal data insofar as it is necessary to safeguard the legitimate interests of Linde GmbH or Linde companies as well as our costumers (and, if applicable, other third parties). Where this is the case, we process personal data only after due consideration of your relevant interests. This includes in detail e.g.: Measures to analyze pseudonymized user behavior to further improve our websites Measures to provide website functionalities such as user account management, shopping carts 2.3 We process Data with your Consent We also process your personal data if you have given us your consent. You may revoke your consent at any time. Please note, however, that data processing up to the date of revocation remains permissible. This includes in detail e.g.: Newsletter registrations Promotions Contact enquiries 3. Recipients of your Data 3.1 Linde Companies and Service Providers Linde GmbH shares personal information as outlined above (see Section II. 3). 3.2 Social Media Providers On some websites, Linde GmbH integrates some additional content and publications (blogs, posts, news, videos, interviews etc.) which has already been published in other social media / social networks (e.g. Facebook, LinkedIn, Twitter). As long as you do not click on any such content, no personal information will be transmitted to the respective social media provider. By clicking on Social Media Wall content, your IP address will be transferred to the respective social media provider and stored, processed and used there in accordance with his privacy policy. An information banner at the Social Media Wall informs you that by clicking on a specific content, you agree to such transfer of your personal information. You can find further details regarding the processing of your personal information by the social media providers here: Facebook privacy policy LinkedIn privacy policy Twitter privacy policy 4. Cookies  We use cookies. Further information regarding the nature and purpose of cookies employed by us are contained in our cookie policy, available at: https://www.the-linde-group.com/en/footer/cookie_policy.html . 5. Links Our websites contain links to other websites, which are subject to separate data protection notices of the respective operators of such websites. IMPORTANT NOTICE Information regarding your Right of Objection 1. Objection in particular Individual Situations You have the right to object at any time to certain types of processing of your data for reasons arising from your particular situation. This right applies to data processing in the public interest and to data processing to protect legitimate interests. This right also applies to profiling, insofar as it is based on these two provisions. If you object, we will cease processing your personal data. However, this does not apply if we can prove compelling reasons worthy of protection for the processing, that outweigh your interests, rights and freedoms, or if the processing serves to assert, exercise or defend legal claims. 2. Objection to processing for Direct Marketing purposes  In individual cases we process your personal data for direct marketing purposes. This is the case, for example, if we send you information about special offers or discount promotions. You have the right to object to the processing of your personal data for these purposes. This right also applies to profiling insofar as it is connected to direct marketing. If you object to direct marketing purposes, we will no longer process your personal data for these purposes. Your objection does not require any specific form and can be e-mailed to us at: info@linde.com Pullach, May 2020  ]

[ NZ Elgas Employee Induction Package About Corporate History Senior Leadership Team Supply and Procurement Corporate responsibility Ethics and Compliance Framework Health, Safety & Environment (HSE) Community Diversity & Inclusion News & Media Press Releases Case Studies Media Contact Competitions BOC @ Social Media Contact Elgas New Zealand New Employee Starter Pack Congratulations and welcome to Elgas! We are looking forward to you joining the team and wish you every success in your new career with us.   This site contains important forms that need to be completed and links to interesting things you need to know.  Please take a look at these links and complete the forms prior to your start date.  About Us Introduction to Elgas Video  ELGAS is a subsidiary of Linde plc, our Linde vision, mission, and values describes our culture. It articulates how our principles and values are brought to life in our everyday business,  click here  to read more.  Safety is our number one priority, we invite you to share in our commitment by reading our Health, Safety and Environment policy  here .  Important Policies Code of Business Integrity Safety, Health and Environment Policy Drug & Alcohol Policy In-Vehicle Digital/Electronic Devices Policy Family and Domestic Violence Leave Policy Mental Wellbeing Policy Flexible Working Arrangement  Forms to be returned prior to your start date: Employee Data Form Tax Code Declaration Policy Acknowledgment Form You may fill out these forms electronically and email to newstarter@boc.com. Alternatively you may print and email a scanned copy. KiwiSaver and Insurance benefits Generous KiwiSaver and Insurance benefits Free Death and Disability Insurance for KiwiSaver members KiwiSaver Deduction form KS2  (please complete and return to Linde Employee Services) KiwiSaver Employee Information KS3  (general information about KiwiSaver) KiwiSaver New Employee Opt-out request KS10 Healthcare Scheme As outlined in your letter of appointment, BOC provides health insurance benefits for eligible employees according to the BOC NZ Health Insurance programme. Under this programme, BOC provides a 100% subsidy for eligible employees and their dependent children (up to the age of 21), for the Hospital Select Plan with nil excess. To join for free, please complete the Application form. For more information please refer below: ELGAS Medical Employee Brochure UniMed Application Form UniMed ELGAS special joining conditions UniMed standard guide for new employees UniMed Direct Debit form Checklist Use our  checklist  to make sure you’ve completed all the relevant forms. Once complete, please email the below forms to newstarter@boc.com.  Signed letter of offer Employee Data Form Tax Code Declaration Form Policy acknowledgment form KiwiSaver Forms UniMed documents (if you are wanting to take up this free employee)  Welcome to BOC – we look forward to working with you! Linde Employee Services Tel: 0800 262 250 newstarter@boc.com ]

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[ LPG Cylinder Safety Industries Aquaculture Chemicals Construction & Infrastructure Food & Beverages Food Processing Glass Processing Leisure & Entertainment Healthcare Metal Production Mining Oil and Gas Water & Wastewater Treatment Processes Additive Manufacturing Analysis & Instrumentation Automation and Robotics Controlled & Modified Atmospheres Cutting, Joining & Heating Freezing & Cooling GOLDOX® Products Equipment & Accessories Food Chilling Gas Products Safety Products Supply Modes Cylinder Upgrades Services Process Know-how Supply Reliability Quality & Safety ACCURA gas cylinder management Gas Safety e-Learning Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards News & Media Media Contact Careers Jobs @ Linde Support Open A BOC Trading Account Frequently Asked Questions Payment eBilling Useful information Shop   Linde About Linde About BOC Careers Contact LPG Cylinder Safety When working with cylinders or operating cylinder valves, ensure that you wear appropriate protective clothing - gloves, boots and safety glasses. Basic Safety Rules for Cylinders Ensure all equipment is connected correctly Use a soapy water mix to check for leaks. Never use a match Ensure all LPG equipment is in first class condition Ensure your quantity of cylinders stored complies with local regulations Always turn off valves when not in use Always store cylinders upright In case of a leak, move cylinders to a safe location Store cylinders away from possible ignition points Store cylinders away from excessive heat Stored cylinders must not obstruct passageways or exits Do not store cylinders in cellars, basements or confined spaces Ensure all staff are trained on emergency procedures During transportation, all cylinders must be adequately restrained. Care of LPG Cylinders and Fittings Every cylinder must be inspected by an authorised LPG test station at least once every 10 years. The last inspection date should be clearly stamped on the cylinder collar, neck or footing If any leakage is detected or suspected from a cylinder, turn it off immediately and refer to emergency procedures LPG cylinders (except specially designed forklift and automotive cylinders) must always be stored and transported in an upright position to comply with safety regulations Cylinders should be stored in a well ventilated space and away from possible sources of ignition, excess heat or other compressed gases Always secure cylinders during transport. Remove hoses, regulators and fittings and attach a sealing plug whenever the cylinder is not in use Always shut off cylinder valve before disconnecting and ensure equipment is turned off fully before connecting new cylinder The filling of any cylinder (other than automotive) from a service station bowser is an offence. Use and Care of LPG Appliances Installation and maintenance of LPG appliances must only be carried out by licensed or authorised LPG installers or service company The installer is responsible to ensure that new or replacement appliances are connected, tested, adjusted and in safe working order. Appliance operating instructions should be handed to the consumer and explained by the installer LPG appliances must not be connected to other gas supply systems, such as natural gas Adequate ventilation must be provided to allow air for satisfactory combustion and ensure ample dispersal of the burnt gases. This is particularly important for unflued appliances Installations in caravans, recreational vehicles and boats must comply with the installation code applicable to fixed appliances. Cylinder compartments must be sealed from the interior of vehicles/boats and vented to the outside. Cylinder valves must be closed when a caravan is in transit. Never use any gas appliance, including a refrigerator, in a moving vehicle Turn off every LPG appliance in caravans/boats before refuelling Do not use unflued LPG appliances under any circumstances in bedrooms, bathrooms or sleeping annexes. ]

[ MMA Welding Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume MMA Welding There are many different types of safety hazards produced by MMA welding. The main risks are from electric shock, welding fume and radiation. Hazards may be present before, during or after welding. The MMA process produces a variety of hazards, not only to those carrying out the operation but also in many instances to others in the vicinity such as inspectors, labourers and even other welders. Some of the hazards encountered are specific to MMA welding while others are of a more general nature. Different hazards occur before welding commences, during welding and sometimes after welding has finished. When we look at the major hazards we will also consider at what stage they may occur. All the potential hazards need to be identified, measured where appropriate, assessed, and remedial or preventative measures put in place wherever necessary. It should also be remembered that different hazards may have the same effect on the body and so interactions between hazards should also be considered. Types of Hazards in MMA Welding The hazards encountered in MMA welding may be sub-divided into groups as follows: Electrical and Magnetic Fields Radiation Heat, flames, fire and explosion Welding fumes Electrical Safety & Magnetic Fields Power sources for MMA welding and associated pieces of equipment, such as electrode holders, leads and connectors all require electricity to operate. Power sources may be AC or DC, operate from a three-phase supply, from industrial single-phase supply or even from a domestic power supply, and are often designed to operate with high open circuit voltages (OCV). Primary and secondary connections should be completed by competent persons. It should always be remembered that electric shock can kill. Due to the potential severity of the hazard, the following is a guide on what to do before any MMA welding is started to reduce the risk of an electrical accident: - Only qualified personnel should be allowed to install MMA equipment. Whoever does install  the equipment must ensure that it complies with national standards, any local regulations, the manufacturer's instructions and workpiece 'earthing' requirements. During welding the possibility of electric shock is one of the most serious risks encountered by a welder. Most electrical accidents occur as a result of carelessness, poor workmanship or due to faulty equipment. The following points provide a guide on what to do to reduce the risks: - Welders should not remove panels from a welding power source if it stops working correctly. Touching a lead inside the welding set with the power still on can result in a serious primary voltage shock. - Never ignore a blown fuse, it is a warning that something is wrong. The following practices will help prevent electrical accidents: - When welding is temporarily interrupted electrode holders should be placed where they are safe and the electrode cannot accidentally arc. It is safer if the electrode is removed from the holder. - If welding is to be stopped for any length of time the welding set should be switched off. Radiation Arc welding produces electromagnetic radiation over a wide range of wavelengths. These wavelengths cover three distinct types of 'non-ionizing' radiation, namely, Ultraviolet (UV), Visible Light and Infrared (IR). MMA welding does not produce ionizing radiation. Burns to the skin and eyes due to exposure to arc radiation may not become apparent until some time after welding has ceased. Some points to bear in mind are: - Radiation is only generated while the arc is generated and the amount emitted generally increases as the welding current increases. - Burns can be avoided by wearing proper protective clothing and ensuring no areas of skin are left exposed. Heat Sources of heat include welded components, the electrode holder and hot or discarded electrodes, and any of these can cause burns to the skin. A hot environment can cause the body to overheat, and this is known as Heat Stress. However those working in welding shops can reduce the risk by adhering to the following recommendation: Always assume all metal objects in a welding shop are hot. Welding Fume and Gases Welding fume is an unavoidable by-product of MMA welding. The welder should be aware of what fume is likely to be generated while welding is taking place and the potential hazards of exposure to the welding fume. Fume consists of particulate fume, the part you can see, and gaseous fume, the part you cannot see, but can sometimes smell. Particulate Fume Particulate fume is mostly formed from vapourisation of the welding consumable. Fume from MMA welding aluminium is mostly aluminium oxide, chlorides and fluorides. Gaseous Fume With MMA welding there is very little gaseous fume produced under normal circumstances. Exposure to Fume Whilst all components of welding fume may present a risk to health, given a high enough concentration, some present a greater hazard than do others. The potential effect of exposure to welding fume depends upon: - The composition of the fume. - The volume of fume produced. Noise The MMA welding processes, like all others, generates noise. Some power sources emit more than others and some additionally may generate higher frequency noise that can affect hearing. Manual Handling Back injuries are one of the most common industrial injuries suffered by workers. Cartons, packets, or tins of electrodes stored high off the ground can create a 'falling' hazard. Confined Spaces Any of the hazards associated with MMA welding will be exacerbated when welding is carried out in a confined space. Workshop Safety General workshop safety is really a matter of common sense and good housekeeping and the following actions may be used to avoid accidents: - Maintain a tidy work area, especially free from trip hazards. - Keep walkways clear and free from welding cables, spare material, consumables, etc. Practical Considerations The advice given above is general in nature but forms a good overview of the potential hazards associated with the process. There are, however, things that can be done to help reduce the possibility of problems occurring in the workplace: Training There is a considerable amount of misinformation in the fabrication industry about the health hazards associated with welding. There is also a lack of understanding among welders as the how they can influence the type and severity of hazard. The main cause for this is often poor training and some welders appear to be unwilling to operate at welding conditions that will keep fume production to a minimum. Routine Maintenance, Safety Audit and Equipment Inspections Simple routine maintenance and a formalised system of safety audits on welding equipment has been shown to help reduce the number of safety related incidents within the industry. Personal Protective Equipment Welders should ensure that they wear appropriate clothing for the operation they are carrying out. Flame-retardant boiler suits, gloves or gauntlets, safety shoes, leather aprons, etc, should be in good condition and as free from oil, grease and moisture as is physically possible as these can reduce the effectiveness of the safety equipment. ]

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[ BOC Gas: Mobile App Survey BOC Mobile App Survey Help guide the direction of the new generation of the BOC Mobile App ]

[ BOC Gas: Delivery Delivery BOC operates a New Zealand wide delivery service for BOC customers as part of the BOC national delivery network. Delivery throughout New Zealand All goods are shipped via BOC's national delivery service. BOC is able to provide a track and trace service with our national distributor should this be required for post delivery tracking. This is initiated through our customer service team, who can be contacted at sales@boc.com. Please ensure you have provided a physical address upon checkout to avoid delays to your shipment, as we are unable to deliver to PO Box addresses. Local pick up through a BOC Gas and Gear store is available via the Click and Collect option but not from BOC Gas Agents or Equipment Partners if purchased through boc.co.nz. If delivered goods require servicing, are damaged or meet other conditions as set out in our Warranties and Returns policy, you may be able to exchange these. This process can be arranged through a Gas & Gear by contacting the store manager. We recommend allowing 7 – 10 business days for your goods to arrive. We pride ourselves on providing a prompt delivery service and will endeavour to deliver your goods as soon as possible. However, under some conditions including, but not limited to geographic restrictions, political or social unrest, weather and atmospheric conditions, and other factors outside of our control, we may not be able to deliver within this timeframe. Goods ordered Monday – Friday will be packed and shipped within 2 business days. Goods ordered on weekends, public holidays or other non-trading business days, will be picked and shipped on the next working business day. International Shipping BOC Limited does not offer international shipping for online sales to destinations outside of New Zealand. For international sales please contact BOC or Linde within your local geography. Changes to Free and Fixed Delivery charges BOC Limited reserves the right to change our delivery charges without prior notice, including changing from or to free delivery. The revised delivery charges will apply to all sales made from the date of the change, including all sales that are incomplete at the time of the change. A sale is incomplete until payment has been accepted through BOC. Receipt of large, heavy and bulky goods You may require a personal lifting device to offload some goods at your delivery site, such as a forklift. This is not included as part of BOC's delivery service. For specific enquiries about delivery of large items like Mig Machines, or large quantities of items, including pallets of Wire, please contact the store manager prior to your order to determine if you will need to supply lifting equipment at the delivery address. ]

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[ Order Enquiries Contact Open A BOC Trading Account Billing Enquiry Cylinder Holdings Enquiry Feedback Order Enquiries Payment Enquiry Pricing or Product Enquiry Request a Copy of a Document Request a Visit or Contact from BOC Website Enquiry Order Enquiries Did you know you can directly place your order at any time through the BOC online shop or by calling us on 0800 111 333? Alternatively, you can submit an enquiry below. Once your enquiry has been received, we will contact you with the details. Shop online     You can also check the status of your orders through your online account. Login or register for access to My Account * Indicates mandatory field Required Area of interest* Order Enquiry Order Enquiry Required Nature of enquiry* - Select an option - Place Order Status Request - Select an option - Please select an option Are you an exisiting BOC account holder?* Yes No Please select an option Please enter your account number if known   Purchase Order/Sales Order Number Required Title* Mr. Mrs. Ms. Miss Dr. Mr. Required First Name* Required Last Name* Please fill out. Company Required Street* Required Suburb/Town* Required Post Code* Required Telephone* Mobile Required Email* Please enter a comment Comments Please complete captcha challenge Reset Submit At BOC, we respect your privacy. The information you provide will be used only by BOC in order to provide you with the best possible service. Please refer to our Privacy Policy for further information. ]

[ Confined Space Health & Safety Cylinder Information Acetylene Cylinder Safety Safety with Liquid Nitrogen LPG Cylinder Safety Sensitive Chemicals Declaration Welding & Cutting Hazards Cylinder Safety MMA Welding TIG Welding MIG Welding Heat Stress Confined Space Electrical Safety Noise Magnetic Fields Burns Light and Heat Radiation Ozone Eyes Metal Fume Fever Measurement of Fume Material Process Fume Particulate Fume Gaseous Fume Chromium in Fume Confined Spaces A confined space is usually small and difficult to get into and out of. As such, the normal hazards of welding are intensified when carried out in confined spaces. Asphyxiation is the main danger and the most common cause of death in confined spaces. A formal 'safe system of work' should be followed at all times. Many of the everyday hazards encountered in welding can be exacerbated if the work is being carried out in a confined space. A significant number of deaths involving people working in confined spaces occur each year, with asphyxiation being a major cause of those deaths, so extra vigilance is needed. One dictionary definition of 'confined' is 'imprisoned', and a confined space is one where the means of entry and exit are restricted. The space itself does not have to be small and cramped, but if it is then there is likely to be restricted ventilation, which can allow the build up of a hazardous atmosphere. Then it may be described as 'confined'. An example of confined spaces would be a storage tank, it may also contain, or have contained, toxic, flammable or hazardous substance, vapour or gas. So it is clear that working in such spaces requires a greater awareness of potential hazards and safe working practices than normal. Welders working in enclosed spaces must be properly trained, equipped and supervised. Additional protective and monitoring equipment over and above that normally necessary may be required when welding in a confined space. It is also recommended that a formal 'safe system of work' should be followed at all times. Major Hazards When welding in confined spaces some hazards become more intense and require more attention. These are ventilation and the maintenance of a safe working atmosphere, the risk of falls or entrapment, the risk of electric shock, the risk of fire or explosion, and radiation or heat problems. Ventilation/Fume Maintaining an atmosphere that is fit to breathe inside a confined space can be difficult as fumes and gases may build up and displace the oxygen present. This presents one of the most insidious hazards, since lack of oxygen, or the presence of a toxic, explosive, flammable or inert gas cannot be seen and more often than not cannot be smelled either. The danger is that an operator could unwittingly enter what seems to be a perfectly normal area and quickly find out that it is not, and by then it may be too late! Falls and Entrapment Due to the difficult and restricted entry and exit it is easy for someone to trip, stumble or fall whilst getting into or out of the space. Merely slipping on a wet or greasy floor inside a confined space can be serious, the casualty could become trapped in a position where his breathing may be restricted and he may suffocate. Electrical Particular attention should be paid to electrical safety when welding in a vessel or tank. The metal of the enclosure will become part of the welding circuit and you may be standing on part of the vessel that is electrically 'hot' and any metal you touch may also be part of the welding circuit. Radiation and Heat When welding inside vessels made of reflective metal or alloy, for example, aluminium or stainless steel, the problems presented by glare and UV radiation can intensify. The risk of getting arc burns to the skin or 'arc eye' or arc flash due to reflected radiation increases. Fire and Explosion There is a great danger that flammable gas and vapour may collect in a confined space, and these may ignite when welding or cutting takes place leading to an explosion. Fuel gas processes also increase the risk of fire and explosion particularly if leaking equipment is left in the confined space, allowing a build-up of fuel gases or oxygen. Any heat from welding or cutting, or just an electric spark, can then result in a fire or explosion. Precautions Ventilation/Fume It is essential that the atmosphere in any confined space is tested and passed fit before entry. An atmosphere fit for working in is one that is breathable (i.e. has about 21% oxygen) and there are no toxic, flammable, or explosive gases or vapours present. It is also important that there is no enrichment of the atmosphere with inert gases or oxygen. Evaluation of confined space atmospheres must include measurements for oxygen plus any other relevant gas. Falls and Entrapment Precautions to avoid trips and falls are basically common sense, vigilance and good housekeeping. Keep floors inside the space as dry, grease-free and free from obstructions as far as possible. Electrical To reduce the risk of electric shock, it is recommended to locate electric welding power sources outside and ensure all cables entering the area are properly insulated. Welders and others should make sure that they are insulated from the workpiece and grounded by dry insulation. Radiation and Heat Wherever possible use radiation and heat shields to prevent burns. Take plenty of replacement fluid when working for lengthy periods in hot conditions to avoid dehydration and possible heat exhaustion. Fire and Explosion When using fuel gas processes extra care should be taken to ensure that the equipment is not leaking, as this can result in build-up of gas and possible explosion. Oxygen should never be used to enrich the atmosphere in a confined space. It is a severe fire and explosion hazard. Safe Working Systems All those engaged in working in confined spaces should work to a formal, written, 'safe system of work' that defines precisely what happens before, during and after each job, and assigns responsibilities for all actions. A safe system of work should require assessment, measurement and control of risk at all stages. A preliminary assessment of the risks involved in carrying out the work would include such things as: - What was the area or vessel used for? - Could there be any chemical or physical hazards present that may require cleaning or purging? - What ventilation might be required? All personnel should be trained for the conditions they will be required to work under and this training must include an appreciation of all the hazards of working in confined spaces. No welder should be expected to work alone. Regulations There may be regulations regarding work in confined spaces embodied in law in the country in which you are working. If not, the health and safety authorities will have available written approved codes of practice or recommendations for safe working in these conditions. Such documentation should be sought and adhered to whenever possible to ensure you are complying with the law or working in an approved and safe manner. Special regulations may apply to purging of tanks, which have previously contained flammable or explosive materials. ]