Completed domestic projects

Completed domestic projects

Development and implementation of a high-efficiency system for producing high-purity hydrogen in a solid oxide electrolyzer

Analysis of the potential of hydrogen technologies in Poland until 2030 with a perspective towards 2040

Preliminary pilot project involving analysis and experimental verification of ammonia supply for solid oxide fuel cell (SOFC) stacks to power machinery and long-distance transport vehicles

Experimental and numerical investigations of the impact of the microstructure of ceramic ion conductors on the course of hydrogen production processes in solid oxide electrochemical cells (SOC)

New materials for protective coatings for steel interconnects in oxide fuel cells

Development and research of a hybrid SOE/MCFC reactor for the synthesis of light hydrocarbons based on high-temperature electrochemical processes

Increasing of energy efficiency in the building of the Institute of Power Engineering - Research Institute in Warsaw

Przeprowadzenie prac B+R nad opracowaniem maszyny pakującej o innowacyjnych rozwiązaniach konstrukcyjnych

Experimental and numerical investigations of the influence of particulate matter presence in the gaseous fuel on the reaction of electrochemical oxidation of fuel in a SOFC

Study of mass transfer mechanism in porous media at high temperature and in significant concentrations gradients of gas components conditions

Research on the stability of air electrode materials in SOE cells under conditions of high water vapor concentration across a wide range of current densities

NewSOFC. New designs, materials and manufacturing technologies of advanced solid oxide fuel cells

The test stand equipped with RTDS (Real Time Digital Simulator) - a digital real-time simulator, at the headquarters of the Institute of Power Engineering - Research Institute Gdańsk Division

Study of the carbon deposition mechanisms from the gaseous fuels on the surface of porous material under laminar flow conditions

SeNeX innovative technology to reduce emissions from hard coal grate boilers.

Studies of the degradation of fuel electrode in solid oxide fuel cells during long term operation (above 1000 hrs) in direct internal reforming mode (DIR-SOFC)

Advanced foundry technologies

BioCHP. The research and preparation for the implementation of technologies for producing energy and heat in the boiler powered by micronized biomass

Direct Carbon Fuel Cells

TFKAK. The reseach-development project in the field of innovative accessories for cable systems for a range of voltages up to 245 kV