Biogas
Biogas can be produced from a wide variety of available organic materials and wastes, including sewage sludge, animal manure, municipal or industrial organic waste, stillage from ethanol production, crop residues, and specially grown energy crops.
From waste to energy
Burmeister & Wain Scandinavian Contractor is involved in projects for selected renewables and waste-to-energy technologies. The company’s experience and expertise ranges from every aspect of plant design to rehabilitation, operation, maintenance, and financing.
Energy from waste
Keeping Västmanland County in Sweden clean, while making sure that no waste goes to waste.
Large scale biogas plants
Bigadan is a Danish company with more than 25 years of international experience within practical use of biogas technology, with emphasis on large scale biogas plants.
Finnish biogas producer
Biovakka's story has its origins in environmental management. The aim was to refine pig manure in a sensible and appropriate manner and, at the same time, to reduce odour nuisances.
Biogas specialist
Xergi specializes in biogas - from development of technology to delivering turn-key plants.
The lure of manure
Where others see manure, Norwegian company Energreen see a source for energy. Their BiEnergy concept is a way of capturing greenhouse gases, as well as producing both fertilizer and energy from one of the biggest polluters in the world, farm animals.
Converting organic waste into renewable energy
Watrec Ltd is a Finnish company specialized in environmental engineering and science. Essential know-how is in biowaste, wastewater, and process water treatment, as well as consultancy services for the both environmental and energy related issues.
Landfill biogas for transportation
SORPA produces methane based biogas from a landfill in Iceland.
Waste in - energy and fertilizer out
Cambi technology treats bio-material and produce renewable energy and fertilizer. With a thermal hydrolysis process prior to bacterial degradation, waste like sludge or bio-waste is desintegrated, sterilized and digested. The outcome is biogas that can be used to transportation or electricity, and fertilizer which can be used in agriculture.
Biogas from rubbish
Scandinavian Biogas makes the most out of the customers' organic waste stream.
Optimising production of biogas
Bioprocess Control believes that an efficient biogas process starts with an optimised process design and continues with support during the operation of a biogas process.
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