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Reverion's Fuel Cell Tech Revolutionizes Biogas Plants

Reverion's fuel cell produces no exhaust gas, only pure CO2 for reuse. Its ability to switch modes in minutes makes it a versatile choice for optimizing energy production and reducing emissions.

It is an agriculture land many plants are plotted into the ground and in front of of the field...
It is an agriculture land many plants are plotted into the ground and in front of of the field there is a machine, it is spelling the water on the crops and behind the machine there are huge trees and behind the trees there are other types of crops.

Reverion's Fuel Cell Tech Revolutionizes Biogas Plants

German cleantech company Reverion is transforming animal cell plants with its innovative fuel cell technology. The system, detailed in an interview with CEO Felix Fischer in the current ENERGY e-paper edition, offers unparalleled efficiency and reversibility.

At the heart of Reverion's system lies a fuel cell that generates electricity and methane, replacing traditional combined heat and power (CHP) units. Unlike CHP units, Reverion's fuel cell produces no exhaust gas, only pure CO2 that can be reused. The technology's efficiency lies in its ability to switch operating modes in minutes, converting gas to electricity or, in reverse, converting grid electricity back into methane.

Despite its higher price compared to CHP units, Reverion's fuel cell offers significantly better efficiency in converting gas to electricity. The company, spun off from the Technical University of Munich, aims to contribute to the energy transition and greenhouse gas reduction through its high-efficiency gas-to-power and power-to-gas applications.

Reverion's innovative fuel cell technology, as highlighted by CEO Felix Fischer, offers a more efficient and reversible solution for animal cell plants. Although it comes at a higher initial cost, its superior efficiency and versatility make it an attractive option for those seeking to optimize their energy production and reduce greenhouse gas emissions.

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