Thermolysis plants around the world
Interactive map of our Thermolysis modules around the world
Select a country
There are more than 40 Thermolysis modules installed all over the world.
On this page, there is some basic information about the most representative ones. You can see the most commonly used types of feedstock of industrial or urban solid waste (MSW, tyres, plastic, biomass, etc.). Also, the capacity, the year in which the plant was built and the most typical transformation results (from Biochar to electricity that is directly dumped into the grid).
There is a possibility to visit some of the plants to see the processes in detail and monitor how well the whole system works.
Aruba
Capacity: 36000t/y, Year: 2014
MSW → Heat, charcoal & Syngas (electricity)
Tyres → Heat, charcoal & Syngas (electricity)
Leachate sludge → Heat, charcoal & Syngas (electricity)
Australia
Brisbane
Capacity: 16000t/y, Year: 2012
MSW → Heat, charcoal & Syngas (electricity)
China, Zhejiang
Zhejiang
Capacity: 8000t/y, Year: 2008
Medical waste → Heat, charcoal & Syngas (electricity)
Dalian
Capacity: 7300t/y, Year: 1993
Tyres → Heat, charcoal & bunker fuel
Italy
Milan
Capacity: 1000t/y, Year: 2006
Plastic → Heat, charcoal & bunker fuel
USA
Carson
Capacity: 1000t/y, Year: 2008
Biosolid → Diesel
Capacity: 1500t/y, Year: 2008
Medical waste → Heat, Biochar & Syngas (electricity)
Chino
Capacity: 15000t/y, Year: 2012
Cow manure → Heat, Biochar & Syngas (electricity)
Capacity: 1500t/y, Year: 2012
Cow manure → Heat, Biochar & Syngas (electricity)
Los Angeles
Capacity: 24000t/y, Year: 2015
Sewage sludge → Heat, charcoal & Syngas (electricity)
Hudson
Capacity: 52000t/y, Year: 2013
Tyres → Heat, charcoal & bunker fuel
Portland
Capacity: 8000t/y, Year: 2012
Plastic → Heat, charcoal & bunker fuel
Tacoma
Capacity: 2000t/y, Year: 2007
Tyres → Heat, charcoal & bunker fuel
Tennessee
Capacity: 1000t/y, Year: 2007
MSW → Heat, charcoal & Syngas (electricity)
Romania
Bistrita
Capacity: 8400t/y, Year: 2013
MSW → Heat, charcoal & Syngas (electricity)
Capacity: 8400t/y, Year: 2013
Tyres → Heat, charcoal & Syngas (electricity)
Slovakia
Filakovo
Capacity: 8000t/y, Year: 2015
Biomass → Heat, Biochar & Syngas (electricity)
Turkey
Malatya
Capacity: 8400t/y, Year: 2014
Chicken manure → Heat, charcoal & Syngas (electricity)
Leachate sludge → Heat, charcoal & Syngas (electricity)
Korea
Capacity: 1000t/y, Year: 2009
Tyres → Heat, charcoal & bunker fuel
Kazakhstan
Almaty
Capacity: 32000t/y, Year: TBA/ 2022
MSW → Heat, charcoal & Syngas (electricity)
AMERICA
ARUBA
Capacity: 36000t/year
Feedstock: MSW
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Tyres
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Leachate sludge
Results: Heat, charcoal & Syngas (electricity)
USA
Carson
Feedstock: Biosolid
Year: 2008
Capacity: 1000t/year
Results: Diesel
Feedstock: Medical waste
Year: 2008
Capacity: 1000t/year
Results: Heat, charcoal & Syngas (electricity)
Chino
Feedstock: Cow manure
Year: 2012
Capacity: 15000t/year
Results: Heat, Biochar & Syngas (electricity)
Feedstock: Cow manure
Year: 2004
Capacity: 1500t/year
Results: Heat, Biochar & Syngas (electricity)
Hudson
Feedstock: Tyres
Year: 2013
Capacity: 52000t/year
Results: Heat, charcoal & bunker fuel
Los Angeles
Feedstock: Sewage sludge
Year: 2015
Capacity: 24000t/year
Results: Heat, charcoal & Syngas (electricity)
Portland
Feedstock: Plastic
Year: 2012
Capacity: 8000t/year
Results: Heat, charcoal & bunker fuel
Tacoma
Feedstock: Tyres
Year: 2007
Capacity: 2000t/year
Results: Heat, charcoal & bunker fuel
Tennessee
Feedstock: MSW
Year: 2007
Capacity: 1000t/year
Results: Heat, charcoal & Syngas (electricity)
ASIA
CHINA
Zhejiang
Feedstock: Medical waste
Year: 2008
Capacity: 8000t/year
Results: Heat, charcoal & Syngas (electricity)
Dalian
Feedstock: Tyres
Year: 1993
Capacity: 73000t/year
Results: Heat, charcoal & bunker fuel
KAZAKHSTAN
Almaty
Feedstock: MSW
Year: TBA/ 2022
Capacity: 32000t/year
Results: Heat, charcoal & Syngas (electricity)
KOREA
Feedstock: Tyres
Year: 2009
Capacity: 1000t/year
Results: Heat, charcoal & bunker fuel
TURKEY
Malatya
Feedstock: Chicken manure
Year: 2014
Capacity: 12600t/year
Results: Heat, Biochar & Syngas (electricity)
Feedstock: Leachate sludge
Year: 2014
Capacity: 12600t/year
Results: Heat, Biochar & Syngas (electricity)
EUROPE
ITALIA
Milan
Feedstock: Plastic
Year: 2006
Capacity: 1000t/year
Results: Heat, charcoal & bunker fuel
ROMANIA
Bistrita
Feedstock: MSW
Year: 2013
Capacity: 8400t/year
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Tyres
Year: 2013
Capacity: 8400t/year
Results: Heat, charcoal & Syngas (electricity)
SLOVAKIA
Filakovo
Feedstock: Biomass
Year: 2015
Capacity: 8000t/year
Results: Heat, Biochar & Syngas (electricity)
OCEANIA
AUSTRALIA
Brisbane
Feedstock: MSW
Year: 2012
Capacity: 16000t/year
Results: Heat, charcoal & Syngas (electricity)
AMERICA
ARUBA
Capacity: 36000t/day
Feedstock: MSW
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Tyres
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Leachate sludge
Results: Heat, charcoal & Syngas (electricity)
USA
Carson
Feedstock: Biosolid
Year: 2008
Capacity: 1000t/day
Results: Diesel
Feedstock: Medical waste
Year: 2008
Capacity: 1000t/day
Results: Heat, charcoal & Syngas (electricity)
Chino
Feedstock: Cow manure
Year: 2012
Capacity: 15000t/day
Results: Heat, Biochar & Syngas (electricity)
Feedstock: Cow manure
Year: 2004
Capacity: 1500t/day
Results: Heat, Biochar & Syngas (electricity)
Hudson
Feedstock: Tyres
Year: 2013
Capacity: 52000t/day
Results: Heat, charcoal & bunker fuel
Los Angeles
Feedstock: Sewage sludge
Year: 2015
Capacity: 24000t/day
Results: Heat, charcoal & Syngas (electricity)
Portland
Feedstock: Plastic
Year: 2012
Capacity: 8000t/day
Results: Heat, charcoal & bunker fuel
Tacoma
Feedstock: Tyres
Year: 2007
Capacity: 2000t/day
Results: Heat, charcoal & bunker fuel
Tennessee
Feedstock: MSW
Year: 2007
Capacity: 1000t/day
Results: Heat, charcoal & Syngas (electricity)
ASIA
CHINA
Zhejiang
Feedstock: Medical waste
Year: 2008
Capacity: 8000t/day
Results: Heat, charcoal & Syngas (electricity)
Dalian
Feedstock: Tyres
Year: 1993
Capacity: 73000t/day
Results: Heat, charcoal & bunker fuel
KAZAKHSTAN
Almaty
Feedstock: MSW
Year: TBA/ 2022
Capacity: 32000t/day
Results: Heat, charcoal & Syngas (electricity)
KOREA
Feedstock: Tyres
Year: 2009
Capacity: 1000t/day
Results: Heat, charcoal & bunker fuel
TURKEY
Malatya
Feedstock: Chicken manure
Year: 2014
Capacity: 12600t/day
Results: Heat, Biochar & Syngas (electricity)
Feedstock: Leachate sludge
Year: 2014
Capacity: 12600t/day
Results: Heat, Biochar & Syngas (electricity)
EUROPE
ITALIA
Milan
Feedstock: Plastic
Year: 2006
Capacity: 1000t/day
Results: Heat, charcoal & bunker fuel
ROMANIA
Bistrita
Feedstock: MSW
Year: 2013
Capacity: 8400t/day
Results: Heat, charcoal & Syngas (electricity)
Feedstock: Tyres
Year: 2013
Capacity: 8400t/day
Results: Heat, charcoal & Syngas (electricity)
SLOVAKIA
Filakovo
Feedstock: Biomass
Year: 2015
Capacity: 8000t/day
Results: Heat, Biochar & Syngas (electricity)
OCEANIA
AUSTRALIA
Brisbane
Feedstock: MSW
Year: 2012
Capacity: 16000
Results: Heat, charcoal & Syngas (electricity)
Tacoma, USA
Carson, USA
California, USA
Filakovo, Slovakia
Bistrita, Romania
Carson, USA
Chino, USA
Carson, USA
Aruba
Tennessee, USA
Chino, USA
Malatya, Turkey
Los Angeles, USA
Zhejiang, China
Hudson, USA
Brisbane, Australia
Tacoma, USA
Tennessee, USA
Hudson, USA
Los Angeles, USA
Chino, USA
Carson, USA
California, USA
Filakovo, Slovakia
Malatya, Turkey
Filakovo, Slovakia
Bistrita, Romania
Aruba
Our waste to energy plants generate energy in the form of heat and/or electricity through the transformation of different types of industrial or municipal solid waste. REVALUO systems reduce the amount of waste in the world. Our plants recover some materials while transforming others into products of significant economic and ecological value. Even buried waste from old landfills can be transformed through landfill mining.
The waste treatment processes are also known as Waste-to-energy (WtE) or Energy-from-waste (EfW) processes. When H2 is obtained during the transformation, then we have a Waste-to-Hydrogen (W2H2) process. The potential of hydrogen as a fuel is based on the need to replace fossil fuels with clean fuels in the next years.
Among the different waste-to-energy methods available all over the world, the transformation through Hydrolysis and Thermolysis used by REVALUO stands out for its very low CO2 emissions and high performance.
Carbon dioxide and methane emissions are the main contributors to global warming. REVALUO delivers one of the most sustainable systems in the global market. We provide an effective solution to environmental pollution, avoiding the further release of toxic gases into the environment. Our aim is not only to reduce the carbon footprint but to offset it with all the benefits that come with that.