The Waste-to-Energy Power Station – The Perfect Location to Build a Fermentation Plant
Synergy effects through fermentation and incineration at the same location.
by Dipl.-Ing.(TU) Werner P. Bauer Dipl.-Ing. Uwe Athmann Dipl.-Umwelting. (FH) Thomas Kroner Gerhard Meier Prof. Dr.-Ing. Peter Quicker
Since the concept of a separate collection of waste by categories was first thought of in 1983, the protagonists of conventional waste disposal have faced off against their opponents who wanted to recycle materials exclusively.
In the mean time, there are many reasons to abandon these contrary positions and think about synergies between the concepts of thermal and material recycling processes. The latest impulse for this is surely the most recent legal development in the European Union in accordance with national objectives of having a waste management system that is more directed at the protection of the climate and resources.
Please find here the full article
published: WtERT Annual Meeting Europe 2010 (Oktober 2010), 10|2010
Keywords: Energy Recovery, Biomass, Germany
Related papers
Integration of Landfills into the EU-ETS 1
Climate Protection Policy Instruments - Incentive Models for Carbon Dioxide Removal
PFAS: REACH Restriction Process - State of Play
Assessment of the Destruction and Removal Efficiency of PFAS in an Incinerator for Hazardous Waste
Removal and Complete Technical Destruction of PFAS on Activated Carbon
13 Years of Experience from a Waste to Energy Plant of the EU-ETS
Integrating Carbon Capture into Waste-to-Energy Plants Without Efficiency Losses - Lessons Learnt from the Nordics and Implications for German Facilities
How are Methane Emissions from Landfills Taken into Account in Emissions Trading
Waste Incineration - Source or Sink for PFAS?
Europe after 2030 - The Development of Waste Management into an Industrial Location Factor - Update
Climate Protection Policy Instruments - Incentive Models for Carbon Dioxide Removal
PFAS: REACH Restriction Process - State of Play
Assessment of the Destruction and Removal Efficiency of PFAS in an Incinerator for Hazardous Waste
Removal and Complete Technical Destruction of PFAS on Activated Carbon
13 Years of Experience from a Waste to Energy Plant of the EU-ETS
Integrating Carbon Capture into Waste-to-Energy Plants Without Efficiency Losses - Lessons Learnt from the Nordics and Implications for German Facilities
How are Methane Emissions from Landfills Taken into Account in Emissions Trading
Waste Incineration - Source or Sink for PFAS?
Europe after 2030 - The Development of Waste Management into an Industrial Location Factor - Update
