A.EI.M.A. provides CHP solutions for biogas applications, utilizing gases produced from agricultural residues, animal manure, municipal waste, landfills and sewage treatment processes.
The generated gas is used as fuel in a gas-engine CHP plant to produce electricity, while heat recovered from the engine cooling circuits and exhaust gases can be utilized within the production or treatment process.
A.EI.M.A. provides the engineering, equipment integration, turn-key installation, commissioning and long-term technical support required for reliable operation of biogas CHP installations.
Depending on the project requirements, the CHP plant can also be supplied as an EBOX+ containerized solution.
Agricultural residues, animal manure and other organic materials from farming and livestock operations can be processed through anaerobic digestion to produce biogas for CHP generation. After the required gas treatment and conditioning, the biogas is supplied to the gas engine for electricity and heat production, while recovered heat can also be used to support the digestion process or other on-site thermal requirements.
A.EI.M.A.’s biogas portfolio includes several CHP plants based on anaerobic digestion applications in Greece.
Animal manure from livestock and farming operations can be used as feedstock in an anaerobic digester to produce biogas. CHP allows the resulting gas to be converted into electrical power and heat, creating an integrated energy solution within agricultural and livestock facilities. A.EI.M.A.’s biogas portfolio includes several CHP plants based on anaerobic digestion applications in Greece.
Biogas produced within municipal solid waste treatment plants can be utilized in CHP units for electricity and heat generation. The CHP plant becomes an integral part of the waste-treatment facility, converting the produced gas into energy that can be used within the installation or exported according to the project configuration. A.EI.M.A. has implemented EBOX+ CHP installations in municipal solid waste treatment facilities in Greece.
During the decomposition of waste in a landfill, gas is generated and collected through a network of gas wells. Following collection, compression and gas conditioning, landfill gas can be supplied to gas engines for electricity generation and, where required, heat recovery. A.EI.M.A. has extensive experience in landfill-gas power generation, including multi-engine installations with total electrical capacity exceeding 13 MWe.
Sewage and wastewater treatment plants can produce sewage gas through the anaerobic digestion of sludge. The gas can be utilized in CHP units to generate electricity for the treatment plant, while recovered heat can support the digestion and treatment processes. A.EI.M.A. has experience with sewage-gas CHP installations in wastewater treatment plants in Greece and Cyprus.
A.EI.M.A. has implemented and supported biogas CHP installations across a wide range of applications.
