Shanghai Marvel-Tech Ltd. (“Marvel-Tech”) specializes in the development of hydrogen and hydrogen derivatives-fueled gas turbines for zero-carbon green power generation. The company's innovative power generation portfolio includes fuel flexible gas turbines, high-speed turbines and special gas expander turbines, all aimed at reducing the carbon emissions of dispatchable power.
Marvel-Tech was founded in Shanghai, China in 2015 and has made significant strides in the energy sector by developing the world's first tri-feed zero-carbon low-NOx combustor capable of utilizing hydrogen, ammonia, and natural gas. This breakthrough technology offers a versatile and eco-friendly solution for global energy needs, aligning with the growing push towards renewable penetration in power systems.
A large number of renewable energy projects are planning to produce ammonia and hydrogen as an energy storage medium, while there is a US$200bn market for the upgrading of traditional gas turbines for greener solutions. A gas turbine capable of burning ammonia and hydrogen provides the flexibility to renewable energy developers to ensure reliable power supply through long-duration energy storage. Marvel Tech’s innovation and achievement in producing one of the first gas turbines to operate with pure ammonia is a key enabler in the future applications of ammonia as an energy carrier and places them 2-3 years ahead of their competition. With Marvel-Tech’s solution, operators can leverage multiple fuels to offer zero-emission power supply for key infrastructure such as data centers or off-grid systems without incurring the cost of replacements, fuel price volatility and pilot fuels.
Shanghai Marvel-Tech Ltd. (“Marvel-Tech”) specializes in the development of hydrogen and hydrogen derivatives-fueled gas turbines for zero-carbon green power generation. The company's innovative power generation portfolio includes fuel flexible gas turbines, high-speed turbines and special gas expander turbines, all aimed at reducing the carbon emissions of dispatchable power.
Marvel-Tech was founded in Shanghai, China in 2015 and has made significant strides in the energy sector by developing the world's first tri-feed zero-carbon low-NOx combustor capable of utilizing hydrogen, ammonia, and natural gas. This breakthrough technology offers a versatile and eco-friendly solution for global energy needs, aligning with the growing push towards renewable penetration in power systems.
A large number of renewable energy projects are planning to produce ammonia and hydrogen as an energy storage medium, while there is a US$200bn market for the upgrading of traditional gas turbines for greener solutions. A gas turbine capable of burning ammonia and hydrogen provides the flexibility to renewable energy developers to ensure reliable power supply through long-duration energy storage. Marvel Tech’s innovation and achievement in producing one of the first gas turbines to operate with pure ammonia is a key enabler in the future applications of ammonia as an energy carrier and places them 2-3 years ahead of their competition. With Marvel-Tech’s solution, operators can leverage multiple fuels to offer zero-emission power supply for key infrastructure such as data centers or off-grid systems without incurring the cost of replacements, fuel price volatility and pilot fuels.
Shanghai Marvel-Tech Ltd. (“Marvel-Tech”) specializes in the development of hydrogen and hydrogen derivatives-fueled gas turbines for zero-carbon green power generation. The company's innovative power generation portfolio includes fuel flexible gas turbines, high-speed turbines and special gas expander turbines, all aimed at reducing the carbon emissions of dispatchable power.
Marvel-Tech was founded in Shanghai, China in 2015 and has made significant strides in the energy sector by developing the world's first tri-feed zero-carbon low-NOx combustor capable of utilizing hydrogen, ammonia, and natural gas. This breakthrough technology offers a versatile and eco-friendly solution for global energy needs, aligning with the growing push towards renewable penetration in power systems.
