Let´s increase the energy potential of biowaste to the next level! FimusKraft presented the new and innovative biotechnology process in Helsingin Sanomat newspaper´s Energy publication 10/22. The modern and innovative biotechnology of FimusKraft offers a cost-effective and fast process which handles the biowaste effectively into bioenergy and nutrient rich biofertilizer. The company´s technology is much modern than traditional methods of processing biowaste in anaerobic biofermentors. Almost every organic material can be utilized in biogas production. The biogas can be burned with a biogas turbine or a piston engine and further produce electricity and heat via a generator. Biomethane is usually produced in the biogas production process, but it is also possible to produce biohydrogen in the same process. Altogether the rest of the gas is basically carbon dioxide.
Details of the solution
The fermentation process converts the biowaste into very nutrient rich mass which has a high nitrate content. For further use the valuable raw materials can be utilized in different industry sectors. As a side product there is produced biofertilizer both in liquid and solid form which can be utilized in cultivation and food production. The costs of transport are low when the FimusKraft biogas plant is located near the place where the biowaste come from. Therefore the logistics is logic too.
“One person’s trash is another one´s treasure and we respect waste as a raw material. The power of change like ours is needed to take care of a common cause. Our goal is to electrify the biowaste scene,” decides Seppälä in the Energy publication.
Everyone who uses organic products in their industry will benefit from the biogas plant facility. FimusKraft seeks and welcomes new customers for example from the fields of agriculture, food and beverage industry and livestock farming which have as homogenic biomass as possible. The consistent quality of biomass is good for the bioenergy production and to avoid wasting biowaste.
Biojätteen energiapotentiaali valjastetaan hyötykäyttöön. 12.10.2022. HS-Energialiite. Publication, page 6. Read the article here (in Finnish)
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