Examples of commercial and semi‐commercial plants for biomass and waste gasification
| Company . | Location . | Reactor Type . | Feedstock . | Output . | Capacity . |
|---|---|---|---|---|---|
| Vienna University of Technology | Guessing, Austria | circulating fluidised bed | biomass | heat & power | 8 MW |
| Xylowatt, Belgium | Gedinne, Belgium | down‐draft | wood chips | heat & power | ‐ |
| ITI Energy Ltd, UK | Teeside, UK | cross‐draft | solid waste recovered fuel | power | 6.86 MW |
| Host, Netherlands | Santiago de Besteiros, Portugal | circulating fluidised bed | chicken manure and forestry waste | heat & power | 5 MW |
| Host, Netherlands | Galati, Romania | circulating fluidised bed | biomass | heat | 4.5 MW |
| Gas Technology Institute, USA | Skive, Denmark | fluidised bed | wood | heat & power | 12 MW |
| Enerkem Technologies, Canada | Alberta, Canada | fluidised bed | MSW | syngas, bioethanol | ‐ |
| Ebara, Japan | Skata, Japan | fluidised bed | MSW | heat & power | 2 MW |
| Ebara, Japan | Kawaguchi, Japan | fluidised bed | MSW | heat & power | 12 MW |
| Company . | Location . | Reactor Type . | Feedstock . | Output . | Capacity . |
|---|---|---|---|---|---|
| Vienna University of Technology | Guessing, Austria | circulating fluidised bed | biomass | heat & power | 8 MW |
| Xylowatt, Belgium | Gedinne, Belgium | down‐draft | wood chips | heat & power | ‐ |
| ITI Energy Ltd, UK | Teeside, UK | cross‐draft | solid waste recovered fuel | power | 6.86 MW |
| Host, Netherlands | Santiago de Besteiros, Portugal | circulating fluidised bed | chicken manure and forestry waste | heat & power | 5 MW |
| Host, Netherlands | Galati, Romania | circulating fluidised bed | biomass | heat | 4.5 MW |
| Gas Technology Institute, USA | Skive, Denmark | fluidised bed | wood | heat & power | 12 MW |
| Enerkem Technologies, Canada | Alberta, Canada | fluidised bed | MSW | syngas, bioethanol | ‐ |
| Ebara, Japan | Skata, Japan | fluidised bed | MSW | heat & power | 2 MW |
| Ebara, Japan | Kawaguchi, Japan | fluidised bed | MSW | heat & power | 12 MW |
MSW=Municipal Solid Waste.