We drive development of R&D projects
Here at Genia Bioenergy we join the push for R&D+i in renewable gases by taking an active part in various R&D projects associated with bioenergy.
Here at Genia Bioenergy we join the push for R&D+i in renewable gases by taking an active part in various R&D projects associated with bioenergy.
The overall objective of LIFE REPTES is to showcase a new circular economy model that integrates the production of biohydrogen from pre-treated lignocellulosic by-products and WWTP sludge by means of a dark fermentation process.
The LIFE REPTES project aims to create green hydrogen from rice straw of the Albufera plus WWTP sludge.
LIFE REPTES produces green biohydrogen from rice straw of the Albufera plus WWTP sludge.
The LIFE REPTES initiative proposes an alternative to burning rice straw, a practice highly detrimental to the environment.
The pioneering project DIGITALTWIN4BIOGAS will research and develop a digital twin to improve the efficiency and the environmental sustainability of biogas production plants that process livestock waste.
The initiative aims to improve the efficiency and sustainability of manure plants.
It conducts research into the use of a digital twin to optimise sustainable biogas production from livestock waste.
A pioneering project with the primary goal of improving the profitability and sustainability of biogas production plants.
Intelligent, cooperative recycling across the value chain aimed at creating a 360º sustainable society. Its goal is to investigate and develop an intelligent, collaborative environment that enables us to drive and introduce new, scalable measures to improve the current recycling process by implementing AI-based digital tools.
An AI project will enable us to identify waste before dumping it into containers.
The AI-based research project Reciclai360 will enable users to identify waste by means of an app.
An app that fosters recycling and educates citizens about their role in the process has arrived in the EU.
The main goal of Genia Bioenergy in this project executed in collaboration with Inderen is to research, develop and experimentally test a system that enables integration of modular (containerised) pasteurisation units into biogas plants in a much more efficient and economical manner compared to systems already on the market.
Production of new raw materials from living non-vegetal organisms and new biological products through a biorefinery approach, transforming under-used side-streams from the brewing industry.
Mahou to transform waste into insect and disinfectant drinks
The project seeks to revalorise underutilised or waste by-streams from the brewing industry for subsequent conversion into five high value-added industrial bio-products.
Launch of CHEERS, a European project led by Mahou San Miguel that proposes a new biorefinery model for the brewing industry.
Development of a modular pasteurisation system with heat-recovery technologies for maximum efficiency in the treatment of dehydrated sewage sludge and valorisation of the same for agricultural use.
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