Air Products’ Post

The "Hydrogen Power" signet certifies the operational capability of MWM gas engines with a hydrogen admixture of up to 25 vol%. For existing cogeneration power plants MWM also offers retrofit kits to enable hydrogen admixture. With its range of gas engines that allow an admixture of up to 25% hydrogen by volume, MWM supports plant operators in the gradual switch to more climate-friendly fuels for power and heat production.

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Needed a proof that turbines really can run on 100% H2? Here is one more! Want to know why these are only tests? Because there is not yet enough hydrogen available for customers to already run today on H2. The interim solution: H2-ready turbines! Customers start the operation with natural gas and switch to H2 when this is available. What it requires? Of course much more H2, a grid that supplies it and sufficient H2-storage to also cover the longer periods of not enough wind & sun!

With the help of emissions management technology, learn how industrial sites are monitoring and analyzing emissions from sources like process furnaces, fired boilers, gas turbines, flares, and even the fuel gas system https://okt.to/4Kdm07 #EmissionsMonitoringTechnology #GHGEmissions #Refineries #Petrochemicals #PulpAndPaper #BringingDecarbonizationToLife

The first Independent European LM user meeting has started with a presentation by #ThomassenEnergy on the use of #hydrogen in #LM2500 and #LM6000 gas turbines.

GT filtration plays a crucial role in the gas-to-hydrogen energy transition by enhancing the efficiency and sustainability of hydrogen production processes. In the context of gas turbines (GTs), filtration systems are designed to remove impurities and contaminants from natural gas or other feedstocks used in hydrogen production. These impurities, if not filtered out, can lead to equipment fouling, decreased efficiency, and increased maintenance costs, ultimately impacting the overall hydrogen production process. #camfil Camfil #hydrogen #gasturbine

The future of gas turbines and #hydrogen is closely intertwined for the #EnergyTransition. Gas turbine manufacturers, such as Siemens Energy, know that their plants need to be ready to run on higher concentrations of hydrogen as #CleanEnergy becomes more readily available to help #energy and utilities sectors with the #decarbonization of their #power systems.

The future of #GasTurbines and #Hydrogen is closely intertwined ✅ Gas turbine manufacturers, such as Siemens Energy, know that their plants need to be ready to run on higher concentrations of hydrogen as clean hydrogen becomes more readily available to help utilities decarbonise their power systems. 📊

The future of #GasTurbines and #Hydrogen is closely intertwined. Gas turbine manufacturers, such as Siemens Energy know that their plants need to be ready to run on higher concentrations of hydrogen as #clean_hydrogen becomes more readily available to help #utilities decarbonize their power systems.

The future of gas turbines and hydrogen is closely intertwined. Gas turbine manufacturers, such as Siemens Energy, know that their plants need to be ready to run on higher concentrations of hydrogen as clean hydrogen becomes more readily available to help utilities decarbonise their power systems.