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* Home * Events * Partner With Us * Contact * Why attend? * Speakers * Register HYDROGEN ENGINES AS NET-ZERO TECHNOLOGY INNIO´S JENBACHER POWER GENERATION SOLUTIONS WITH HYDROGEN 12 Dec 18:00 GMT Register EVENT HEADER Sponsored by INNIO Jenbacher US 2 * Why attend? * Speakers * Register WHY ATTEND? Join INNIO for a free webinar on the future of renewable fuels for power generation in Northern America The US and Canada are aiming for carbon neutrality by 2050. Reaching that goal will mean transitioning from a largely fossil-based system to a low or even zero-carbon energy system. As we transition, maintaining a stable and resilient energy supply will require flexible solutions that balance volatile renewables. These solutions can best be provided by dispatchable gas power plants, ideally with flexible gas engines running on renewable gases. With our Jenbacher technology, INNIO Group is well positioned to use renewable gases in our engines: * About 6,000 Jenbacher engines already run on biogas or biomethane. * Hydrogen and ammonia are the future carbon-free fuels for gas engines. * Gas engines can flexibly bridge the journey from natural gas to renewable fuels. INNIO Group has the experience, the technology, and the commitment to provide the solutions needed for the transition to a sustainable power generation future. What will you learn on this webinar? Biomethane/RNG is an ideal addition to fossil pipeline gas because it can be injected into the pipeline network without limitations and modifications on the gas infrastructure. All end consumers of gas, including gas engine operators, can continue to run reliably with current optimized performance and emission standards. Biomethane/RNG used in combined heat and power (CHP) plants achieves the highest efficiency and fuel utilization. Hydrogen, or optionally ammonia, is expected to play an important role in replacing fossil pipeline gas as an energy source for gas engines. Ideally this will be green hydrogen produced from renewable power such as wind and solar and used as energy storage. Essentially carbon free, hydrogen can be stored in large amounts and over longer periods of time. Jenbacher units have operated on various gases with high hydrogen content for many years. Steel gases and synthetic gases with high hydrogen content of up to 60% (vol) are in operation worldwide. Jenbacher engines are highly flexible in admixing hydrogen to fossil pipeline gas, and the use of 100% hydrogen in a 1 MW gas engine has already become reality. What is also important to know: * Jenbacher engines can be provided as dual gas engines running on pure natural gas, a mixture of natural gas and hydrogen, or 100% hydrogen. * All Jenbacher engines delivered for natural gas operation today can be retrofitted to hydrogen operation in the future. Most of the existing gas engines in the field can be converted to hydrogen operation in the future. * CHP is the most efficient use of natural gas and will be the most efficient use of hydrogen in the future. * CHP is a flexible distributed power generation solution today and will be an ideal sustainable future solution for balancing volatile renewable power generation. Interested in using hydrogen for power generation projects? We will share our experience based on a handful projects running on 100% hydrogen fuel. Register for this free webinar today! Register -------------------------------------------------------------------------------- KEY LEARNING OBJECTIVES: * Discover INNIO´s Jenbacher product portfolio and our cleaner, faster energy solutions. * Learn about current Jenbacher pilot projects using hydrogen and about partnering with INNIO Group on projects using hydrogen. * Engage with the thought leaders in sustainable power generation. * Learn about current Jenbacher pilot projects running on 100% hydrogen. AGENDA Expand All SPEAKERS SELECT A SPEAKER TO LEARN MORE Back Christian Mueller Senior Sales Manager – INNIO Jenbacher North America Christian Mueller has responsibility for the direct sales of Jenbacher units in the US. Christian brings more than 12 years of power generation experience to his current role at INNIO Jenbacher, having worked for gas engine OEMs in the US and Europe. His background includes both sales and sales engineering roles focused on gas power generation applications, CHP, Biogas and Microgrids. Christian is based in Houston, TX. Next speaker Back Matthias Veltman MBA/M.Sc. Engineering Platform Leader E-Fuels and Special Gases - INNIO Jenbacher Matthias Veltman started his career in the field of internal combustion engines for commercial vehicles and heavy duty off-highway applications. In 2011 he began focusing on engines for large power generation applications and has held various positions in thermodynamics, performance engineering and platform engineering. Matthias joined INNIO in 2022, and currently holds the position of Engine Platform Leader for E-Fuels and Special Gases. In this role Matthias is focused on developing Jenbacher solutions that enable decarbonization of the electric power generating industry. Next speaker Back Dr. Klaus Payrhuber Strategic Product Development Manager – INNIO Jenbacher Dr. Payrhuber has worked in the Power Generation industry since 1998, and for INNIO Group since 2009, where he currently holds a marketing manager position. In this role he is focused on positioning Jenbacher solutions in the various segments of power generation and its applications. Next speaker * Home * Events * Partner With Us * Contact * T&C * GDPR * Privacy Policy * WE VALUE YOUR PRIVACY We may store and access personal data such as cookies, device identifiers or other similar technologies on your device and process such data to enhance site navigation, personalize ads and content when you visit our sites, measure ad and content performance, gain audience insights, analyze our site traffic as well as develop and improve our products and services. Further information on the cookies we use and their purpose can be found on our website privacy policy accessiblehere We use necessary cookies to make our site work. Necessary cookies enable core functionality such as security, network management, and accessibility. You may disable these by changing your browser settings, but this may affect how the website functions. 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