VIRECA’s mission is to revolutionize the industrial landscape through cleantech innovation, using highly efficient Solid Oxide Electrolyzer Cells (SOEC) to electrify chemical reactions and convert CO2 into valuable syngas. By reducing emissions and creating sustainable, energy-efficient solutions, we are driving industrial decarbonization for a cleaner future. SOFCs efficiently transform chemical energy into electrical energy. The solid electrolyte conducts oxygen ions, enabling the utilization of various types of fuels, including not only hydrogen but also methane, ammonia, methanol, and CO. SOEC’s efficiently transform electrical energy into chemical energy. Water vapor is converted into hydrogen, and CO2 is converted into CO. This technology enables co-electrolysis to produce syngas with a variety of compositions, serving as a fundamental component for the synthesis of various other chemicals. SOFC for remote shipping Use ammonia or methanol for offshore applications like shipping SOFC for biogas Biodigesters can turn organic waste into biogas which can be efficiently turned into green energy SOEC for chemical industry Electrify chemical industry by reutilizing carbon waste and use SOEC to turn CO2 to syngas as basis for methanol and other chemicals SOEC for steel industry Electrify steel industry by reutilizing carbon waste and use SOEC to turn CO2 to syngas for reducing iron oxide to iron The wide range of fuels allows to use ammonia or methanol in remote applications and shipping Biodigesters turn organic waste into biogas, which can be turned into green power more efficiently with SOFC than with combustion engines Electrify chemical industry by using green power and CO2 waste streams to produce CO or syngas as a basis for methanol, aldehydes and other chemicals Electrify steel industry by transforming CO2 waste streams into a reduction gas for steel making furnaces, reducing iron oxide ores into iron Turning Carbon into Opportunity for a Net-Zero Future VIRECA