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ALL ABOUT BIOMASS GASIFICATION
<<Biomass Gasification Introduction & Product Specifications
FULL CONTENT LIST:
Technologies:
- Biomass Sources
- What is Biomass
- Wood
- Uses of wood
- Forestry
- Calorific value
- Energy crops
- Plantations
- Short Rotation Forestry
- Trees
- Wood fuel
- Energy crops requirements
- Annual & perennial plants
- Residues
- Forest & agricultural residues
- Wood processing residues
- MSW & other residues
- Solid Biofuels
- Production
- Fire wood/logs
- Chips, briquettes & pellets
- Bales
- Properties
- Important properties of Biofuels
- Composition
- Moisture
- Ash
- Density in storage
- Solid Biomass Production & Handling
- Harvesting, Supply & Transport
- Wood harvesting
- Straw baling systems
- Transporting of straw and bales
- Wood Handling in Power Plant
- Handling in power plant
- Handling in processing
- Fuel and straw storage
- Handling
- Screening and feeding
- Drying
- Open air drying
- Flue gas drying
- Rotary drum dryers
- Circulating and fixed bad dryers
- Steam dryers
- Solar dryers
- Processing
- Processing of powdered fuels
- Pelletising process
- Press
- Gasification Technology
- Overview
- Conversion processes
- Gasification activities in Europe
- Fixed Bed technology
- Gasification reactor types
- Fixed bed
- Updraft & downdraft
- Cross current
- Two stages
- Fluid Bed & others
- Fluid bed gasifiers
- Main types
- Circulating Fluid bed (CFB)
- Allothermal processes
- Twin fluid beds
- Fast Internally circulating Fluid bed (FICFB)
- Special types
- Pressurised & atmospheric operation
- Advantages and disadvantages
- Advanced power cycles
- Co-firing of biomass and fossil fuels
- Performance characteristics of gasifiers
- Gas Cleaning, Conditioning and Use
- Overview
- Clean-up methods
- Cyclones
- Rotational Particle separator
- Filters
- Scrubbers
- Electrostatic filters
- Dust collection
- Demisters
- Tar removal & cracking
- Hot gas cleaning
- Produced Gas utilisation
- Gas burners retrofitting
- Re-powering with gasification
- Combustion engines
- Otto engines
- Diesel engines
- Synthesis gas production
- Turbines
- Fuel cells
- Gasification and environment
- Renewable energy
- Resources depletion
- Sustainable economy
- Ecological effects on bio energy
- Pollution
- Greenhouse effect
- Anthropogenic climate change
- CO 2 emissions
- Acidification
- Acid rain
- Gasification possibilities
- Combined Heat & Power (CHP)
- Future developments
- Environmental, Health & Safety aspects
- Health & safety aspects
- Dust
- Waste water & condensables
- Tars
- Fly ash & char
- Odour
- Hazards
- Economics
- Overview
- Gas cleaning system costs
- Biomass costs
- General benefits
- Future potential of Biomass gasification
- Biomass use in general
- Job creation
- Other benefits
Directory:
- Biomass Gasification Installations suppliers
- Institutions: including: R&D Centres, Education &Training.
Databank
- THESAURUS / GLOSSARY:
- Keywords & Acronyms
- definitions (translations in 4-5 languages (FR-DE-IT-SP-NL)
- CONVERSIONS
- PUBLICATIONS: selection of relevant publications
- MEDIA GALLERY: Media Gallery photos + drawings + diagrams:
- LEGISLATION :
- Policy – Regulations – Subsidies
- European Union and Rest of the world
- CHOICE OF PATH
- Educational
- Guided tour
- Build your own path
- WEB LINKS
Example Projects
Austria |
Fluid bed |
Zeltweg thermal power plant |
Austria |
Fixed bed |
Tina project |
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Belgium |
Fixed bed |
TCR Gazel pilot plant |
Belgium |
Fluid bed |
Binagas project |
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Brazil |
Fluid bed |
The Brazilian BIG-GT project |
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Canada |
Pyrolysis |
Pyrocycling combined cycle system |
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China |
Fixed bed |
Biomass domestic cooking gasifiers in China |
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Finland |
Fluid bed |
Ivosdig process |
Finland |
Fluid bed |
Kymijärvi CHP power plant |
Finland |
Fluid bed |
Carbona pressurised fluidised bed gasification pilot plant |
Finland |
Fluid bed |
Pyroflow fluidised bed gasifiers |
Finland |
Fixed bed |
Fixed bed gasification process Bioneer |
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Germany |
Fluid bed |
Lurgi pilot plant |
Germany |
Pyrolysis /Gasification |
The Carbo-V process of UET |
Germany |
Pyrolysis /Gasification |
Pyrolysis and gasification Noell plant |
Germany |
Fixed bed |
The Thermo-Prozessor, formerly Wamsler |
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Italy |
Fluid bed |
Rossano Calabro gasification plant |
Italy |
Fixed bed |
Small scale gasifier for pine cones |
Italy |
Fluid bed |
C.C.T. demostration plant |
Italy
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Pyrolysis/ Gasification
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Thermoselect: energy and raw material recovery |
Italy |
Fixed bed |
Daneco demonstration plant |
Italy |
Fluid bed |
Energy Farm project |
Italy |
Fluid bed |
Greve-in-Chianti waste gasification project |
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Norway |
Fixed bed |
The Notodden waste to energy recovery plant |
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Spain |
Fluid bed |
Gasification plant Enamora |
Spain |
Moving bed |
Gasification of almond shells for electricity production |
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Sweden |
Fluid bed |
Chemrec plant |
Sweden |
Fluid bed |
The Värnamo IGCC plant |
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Switzerland |
Fixed bed |
Dasag gasifier application in Switzerland |
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The Netherlands |
Fluid bed |
Amergas project |
The Netherlands |
Fluid bed |
De Schelde sludge gasification process |
The Netherlands |
Fluid bed |
Co-gasification of coal and biomass |
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UK |
Fluid bed |
Arbre project |
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USA |
Fluid bed
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Small scale biomass fueled gas turbine power plant |
USA |
Fluid bed |
Hawaii biomass gasification facility - BGF |
USA |
Fluid bed |
Vermont gasifier project |
Author:
- Dr. Ing. Gian Luca FERRERO - LIOR Belgium
See also other Biomass Multimedia Guides:
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