Fuel Cell | Energy XPRT
Articles & Whitepapers
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Medical waste: waste-to-energy technologies for hazardous hospital waste
Nowadays and more than ever before due to the Coronavirus pandemic, millions of tons of waste are generated at hospitals, laboratories, health centers, clinics and other medical centers. Sensitive and hazardous materials that require specific treatment Medical waste is very sensitive material when it comes to its elimination due to its hazardous nature: the possibility of bacteria, equipment ...
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Electrocatalyst Studies: Enabling Next-Gen Fuel Cells
What is a Fuel Cell? Fuel cells generate electricity through an electrochemical reaction rather than combustion. Inside a fuel cell, hydrogen and oxygen are combined to generate heat, water and ...
News
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Fuel cell manufacturer Blue World Technologies sets sail for the maritime market
The shipping industry accounts for around three per cent of global greenhouse gas emissions annually. With the development of a fuel cell-based APU system running on methanol, Blue World Technologies wants to accelerate the green transition of the ...
Breakthrough Energy Ventures backs Blue World Technologies by joining its €37 million series-B
Plastic Omnium and Elringklinger Partner in Fuel Cell Technology to Accelerate The Development of Hydrogen Mobility
Pennsylvania House of Representatives Adopts Resolution Recognizing National Hydrogen and Fuel Cell Day
City of Hartford, Constellation and Bloom Energy Power Up Microgrid in Parkville Neighborhood
Equipment & Solutions
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Showcase
Proton Exchange Membrane (PEM) Fuel Cells Technology
FlowCath® is a technology that promises to make proton exchange membrane (PEM) fuel cells competitive with conventional electricity generators, such as diesel generators, by replacing the fixed platinum catalysts on the cathode with a liquid regenerating catalyst system. The liquid is continuously pumped through the fuel cell stack into an external regenerator and then back to the stack. The ...
