The GEK project is an experiment in collaborative science and open source engineering.  GEK participants are working together to advance the science of gasification, as well as the engineering solutions to implement it meaningfully for today's users.

The wiki below is our growing knowledge base of gasification solutions and resources.   Here you will find detailed GEK gasifier building plans, GEK configuration and operation tips, "how to" instructions for converting engines to wood gas, raw science, practical engineering, and many other topics of interest for gasifier geeks.  All topics are open for any contributions or edits you would like to offer. 

General discussion and debate about these topics is in the GEKforum.  General information about the GEK kit is on the main info site  To get biweeky email updates on the project, click here and fill in the blanks.   

	GEK How to: Build the GEK Gasifier  Operate and Tune the GEK Gasifier Convert Engines and Generators Build a cyclone Build a packed bed filter Build a high vacuum centrifugal fan Build an ejector-venturi gas drive  Chipper and Chunker Designs click here for full list
	Gasifiers in Operation User Rigs and Run Reports (wiki) GEK User Photo Gallery (forum) Datalogged Test Runs and Analysis Historic Gasifier Photo Gallery  click here for full list
	Instrumentation, Testing and Electronic Automation   Temperature: Thermocouple installtion and use Pressure: Manometer installation and use Fuel Moisture Gas flow rate Tar Testing  Gas Analysis GEK Gasifier Control unit (GCU) Process Control and Visualization Software Datalogged Test Runs and Analysis click here for full list
	GEK Improvements, Add-ons and Customizations  The Hot TOTTI (Tower of Total Thermal Integration) Auger fuel feed with in-situ fuel drying PyroCoil Exhaust gas heat exchanger Triple Hips Downdraft Reactor: Drum Filter and Scrubber: Internal tar recirculation GEK Gasifier Control unit (GCU) Electric Hot Elements for start-up  click here for full list
	Biomass Fuels: Their Characteristics and Prepartions Biomass Fuel Types and Charteristics Proximate and Ultimate Analysis Compositions Energy Density of Biomass and other fuels Biomass Growing Yields Chipping and Chunking Pelleting and Briquetting click here for full list
	Practical Engineering: Solutions that Work Sizing, Calculating, Converting and Rules of Thumb High Temp Materials: Metal Alloys and Ceramics Insulation: Materials and Methods Gas Drive: Blowers, Fans, and Ejector-Venturis Filtration: Cylcones, Filters, Scrubbers Flares and Combustors Solid Material Handling: Augers, Hoppers, Agitators, etc Electric Ingiters Grid tie and Off-grid Electrical Cutting Obtainium Scrap Tanks click here for full list
	Raw Science: Drying, Pyrolysis, Combustion and Reduction Properites of Important Masses Thermal Conductivity and Insulative Values Combustion Characteristics of Common Fuels Gas Equilibrium Charts Liquification Process and Chemistry Modelling Gasification: Mass Flow and Energy Balance Comparative Energy: Densities, Efficiencies, GHG Loads, etc Units, Standards, Definitions click here for full list
	General Resources Library of Gasification: Boooks and Articles People and Organizations Conferences and Events Links click here for full list

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