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  1. Home
  2. About us
    1. How we think
    2. How we work
    3. Innovation centres
    4. Our organisation
      1. Management team
      2. Board of directors
    5. Financial highlights
    6. Jobs at B&W
      1. Job listings
      2. CV Bank
      3. UK job opportunities
  3. Waste-to-energy
    1. How waste-to-energy works
    2. Why waste-to-energy excels other waste technologies
    3. Technologies from crane to stack: NextBAT®
      1. NextBAT® quick guide
      2. Fuel feeder systems
      3. Combustion grates
      4. Water-cooled wear zones
      5. VoluMix™
      6. Boiler technologies
      7. Advanced combustion control
      8. Flue gas treatment
      9. Energy recovery
      10. Water treatment
    4. Virtual plant tour
    5. References
      1. Amager Bakke, Copenhagen, Denmark
      2. Peterborough, Cambridgeshire, UK
      3. West Palm Beach, Florida, USA
      4. Jurong Island, Singapore
      5. County Meath, Ireland
      6. Sundsvall, Sweden
      7. Reno-Nord, Aalborg, Denmark
      8. Energnist, L90, Esbjerg, Denmark
    6. Self study
  4. Multi-fuel energy
    1. How a multi-fuel plant works
    2. Multi-fuels
    3. Multi-fuel technology
      1. Feeder systems
      2. Combustion grates
      3. Multi-fuel boilers
      4. VoluMix™
      5. Flue gas treatment
    4. References
      1. Templeborough Biomass power plant, UK
      2. The Margam Green Energy Plant, Wales
      3. Teesside Renewable Energy Plant, England
      4. Strängnäs Energi, Sweden
      5. Örebro Kartongbruk, Sweden
  5. Biomass energy
    1. How it works
    2. Fuels
    3. Technologies
      1. Combustion of biomass
        1. Straw and stalks
        2. Wood chips and pellets
        3. Multi-fuels
        4. Other biomass fuels combustion
      2. Gasification of wood chips
    4. References
      1. Avedøreværket, Avedøre, Denmark
      2. Templeborough Biomass power plant, UK
      3. Harboøre Varmeværk, Denmark
      4. The Margam Green Energy Plant, Wales
      5. Teesside Renewable Energy Plant, England
      6. Biowanze, Wanze, Belgium
      7. Junckers Industrier, Køge, Denmark
      8. Assens Fjernvarme, Denmark
      9. Pfaffenhofen, Germany
      10. Other biomass energy plants
    5. Self study
  6. Support and service
    1. Maintenance and service
    2. Assessments, upgrades and optimisation
    3. Spare parts
    4. Service agreements
    5. Training and networking
    6. References
      1. Leirvik, Faroe Islands
      2. Aars District Heating Plant, Denmark
      3. Thorshavn, Faroe Islands
      4. Reno-Nord in Aalborg, Denmark
      5. Vestforbrænding, Denmark
      6. L90, Esbjerg, Denmark
  7. References and cases
    1. Waste-to-energy solutions
      1. Amager Bakke, Copenhagen, Denmark
      2. Peterborough, Cambridgeshire, UK
      3. West Palm Beach, Florida, USA
      4. Jurong Island, Singapore
      5. County Meath, Ireland
      6. Sundsvall, Sweden
      7. Reno-Nord, Aalborg, Denmark
      8. Energnist, L90, Esbjerg, Denmark
    2. Multi-fuel energy solutions
      1. Templeborough Biomass power plant, UK
      2. The Margam Green Energy Plant, Wales
      3. Teesside Renewable Energy Plant, UK
      4. Strängnäs Energi, Sweden
      5. Örebro Kartongbruk, Sweden
    3. Biomass energy solutions
      1. Avedøreværket, Avedøre, Denmark
      2. Harboøre Varmeværk, Denmark
      3. Biowanze, Wanze, Belgium
      4. Junckers Industrier, Køge, Denmark
      5. Assens Fjernvarme, Denmark
      6. Templeborough Biomass power plant, UK
      7. The Margam Green Energy Plant, Wales
      8. Pfaffenhofen, Germany
      9. Teesside Renewable Energy Plant, England
      10. Other biomass energy plants
    4. Service solutions on exisiting plants
      1. Leirvik, Faroe Islands
      2. Aars District Heating Plant, Denmark
      3. Thorshavn, Faroe Islands
      4. Reno-Nord in Aalborg, Denmark
      5. Vestforbrænding, Denmark
      6. L90, Esbjerg, Denmark