Summary
The world's population is growing continuously - and waste generation too. In all areas where people live, enormous
amounts of biogenic organic waste are generated (household waste, by-products food production, agriculture). In case
rotting/composting is not under control, the emission of climate-damaging gases, e.g. CO2, is 50% higher than under
controlled anaerobic fermentation.
The production of biogas is one of the most promising forms of energetic use of biomass. Biogas plants can make a
significant contribution to a sustainable energy system, while at the same time significantly reducing the emissions of
anthropogenic greenhouse gases in agriculture. However, the conversion of biomass to biogas currently represents a very
high technical and financial expense. Today, the predominant plant technology is characterized by individual concepts which
have a very negative impact on the quality and safety of the biogas plants.
The solution to these problems is a completely new plant concept for the use of biomass. BIOGASTIGER® (TRL7) is a
modular compact biogas plant in a transportable container construction. All components are standardized and industrially
premanufactured in series, tested for quality before delivery and on site installed and commissioned with short assembly
times. Our concept leads to the best cost to efficiency ratio, to the highest flexibility and stable energy supply on request.
With BIOGASTIGER® we address target customers from agriculture, the food industry and energy supplier. It is a
continuously growing high-volume market with more than € 300 million turnover per year.
BIOGASTIGER® was conceived by F&W (experience in mechanical engineering, project management) in cooperation with
FWE GmbH (highly experienced with energy concepts). With the global problem of not used organic waste streams and our
innovative solution to produce safe, clean and carbon neutral energy, we want to make the world cleaner and safer.
BIOGASTIGER®-the biogas machine.
amounts of biogenic organic waste are generated (household waste, by-products food production, agriculture). In case
rotting/composting is not under control, the emission of climate-damaging gases, e.g. CO2, is 50% higher than under
controlled anaerobic fermentation.
The production of biogas is one of the most promising forms of energetic use of biomass. Biogas plants can make a
significant contribution to a sustainable energy system, while at the same time significantly reducing the emissions of
anthropogenic greenhouse gases in agriculture. However, the conversion of biomass to biogas currently represents a very
high technical and financial expense. Today, the predominant plant technology is characterized by individual concepts which
have a very negative impact on the quality and safety of the biogas plants.
The solution to these problems is a completely new plant concept for the use of biomass. BIOGASTIGER® (TRL7) is a
modular compact biogas plant in a transportable container construction. All components are standardized and industrially
premanufactured in series, tested for quality before delivery and on site installed and commissioned with short assembly
times. Our concept leads to the best cost to efficiency ratio, to the highest flexibility and stable energy supply on request.
With BIOGASTIGER® we address target customers from agriculture, the food industry and energy supplier. It is a
continuously growing high-volume market with more than € 300 million turnover per year.
BIOGASTIGER® was conceived by F&W (experience in mechanical engineering, project management) in cooperation with
FWE GmbH (highly experienced with energy concepts). With the global problem of not used organic waste streams and our
innovative solution to produce safe, clean and carbon neutral energy, we want to make the world cleaner and safer.
BIOGASTIGER®-the biogas machine.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/783727 |
| Start date: | 01-11-2017 |
| End date: | 31-10-2019 |
| Total budget - Public funding: | 3 043 375,00 Euro - 2 130 362,00 Euro |
Cordis data
Original description
The world's population is growing continuously - and waste generation too. In all areas where people live, enormousamounts of biogenic organic waste are generated (household waste, by-products food production, agriculture). In case
rotting/composting is not under control, the emission of climate-damaging gases, e.g. CO2, is 50% higher than under
controlled anaerobic fermentation.
The production of biogas is one of the most promising forms of energetic use of biomass. Biogas plants can make a
significant contribution to a sustainable energy system, while at the same time significantly reducing the emissions of
anthropogenic greenhouse gases in agriculture. However, the conversion of biomass to biogas currently represents a very
high technical and financial expense. Today, the predominant plant technology is characterized by individual concepts which
have a very negative impact on the quality and safety of the biogas plants.
The solution to these problems is a completely new plant concept for the use of biomass. BIOGASTIGER® (TRL7) is a
modular compact biogas plant in a transportable container construction. All components are standardized and industrially
premanufactured in series, tested for quality before delivery and on site installed and commissioned with short assembly
times. Our concept leads to the best cost to efficiency ratio, to the highest flexibility and stable energy supply on request.
With BIOGASTIGER® we address target customers from agriculture, the food industry and energy supplier. It is a
continuously growing high-volume market with more than € 300 million turnover per year.
BIOGASTIGER® was conceived by F&W (experience in mechanical engineering, project management) in cooperation with
FWE GmbH (highly experienced with energy concepts). With the global problem of not used organic waste streams and our
innovative solution to produce safe, clean and carbon neutral energy, we want to make the world cleaner and safer.
BIOGASTIGER®-the biogas machine.
Status
CLOSEDCall topic
SMEInst-09-2016-2017Update Date
27-10-2022
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H2020-EU.2.1.1. INDUSTRIAL LEADERSHIP - Leadership in enabling and industrial technologies - Information and Communication Technologies (ICT)
