Here at Genia Bioenergy we can help you to create and implement the infrastructure you need to convert waste from your industry into valuable energy.We can provide assistance to select the perfect system for your particular case or put you in contact with other factories to build a shared plant if the amount of waste you produce is insufficient. Our goal is to enable everyone to save energy costs by producing biogas.
Comprehensive management of the biogas plant to ensure proper operation and outstanding results in the sustainable management of industrial organic waste by converting them into biogas and raw materials for other processes.
An industrial biogas plant in a sugar refinery with capacity to handle up to 45 tonnes of sugar beet pulp per hour. It produces biogas at a rate of 7,000 m3/hour and generates enough heat to cover 75% of the factory’s thermal demand with self-supply.
Within the framework of a European project to replace urban landfills, we are working on the design of a biodigester for valorisation of the organic fraction of municipal solid waste to produce biomethane, fertilizer and protein, thus preventing disposal in landfills or by incineration.
We designed a plant with 5 biodigesters that, in addition to MSW, processes 35,300 tonnes of agricultural waste and 60,500 tonnes of waste from more than 400 local food industries including dairies, breweries and bakeries.
Development of a biogas pilot plant for waste-to-energy valorisation of organic residues from municipal, agricultural, livestock and industrial sources. The aim is to reduce energy dependence and foster sustainable development in Macaronesia and West Africa.
Located in the Matarraña district in the province of Teruel (Spain), the Valderrobres plant manages sustainable treatment of slurry and other organic waste to produce electricity and fertilization substrates.
We have reached an agreement with the Spanish Kaki Fruit Association to produce biogas using the approximately 18,000 tonnes of discarded fruit per season. This provides a way to avoid paying the disposal cost of the discarded fruit.
Installation of a renewable-energy microgrid combining a 52-kWp photovoltaic solar farm and a 25-kW biomass gasification plant. The El Santuario district will now be supplied with renewable power from sources such as solar and surplus wood from forest management.
