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CU Burns 'Torrefied" Wood Instead of Pure Coal in Test

Last updated November 04, 2009

KSMU Ozarks Public Radio, Friday, 14 August 2009

CU Burns 'Torrefied" Wood Instead of Pure Coal in Test

City Utilities of Springfield invited local journalists out Thursday to witness an experiment in burning something other than coal to produce electricity. KSMU's Jennifer Moore took them up on the invitation and headed out.

CU Experiments By Burning 'Torrefied' Wood

The monitors in the control room at the James River Power Station indicate whether the test burn is working. (Photo credit: Jennifer Moore)
Pictures

Reporter: "Right now, I'm at the James River Power Station, just southeast of the city limits, near Lake Springfield. I'm surrounded by rather large hills of black coal, and looming over my shoulder are four enormous smokestacks. This coal is obviously burned to provide energy for the city. But the reason why we're here today has to do with a much smaller pile of what looks like dark sawdust. This is torrefied wood. And City Utilities is doing a test today to see whether this torrefied wood could be blended with coal to provide an alternative source of energy."

"We're gonna burn some of the torrefied wood we made in a plant in Missouri for a test," said Andrew Livingston, president of Earthcare Products Incorporated, based in Independence, Kansas. His company designs and engineers biomass energy systems, including producing torrefied wood. He arranged for this pile of wood to be here today.

Torrefication is a process of “roasting,” if you will, wood chips in a large furnace to remove the moisture and make the product more brittle. This process changes the wood chips, so that they are easier to crush for burning in generators like the ones here at CU.

"It will grind the torrefied wood as small as coal, with less horsepower, and burn in suspension burners in coal-fired boilers. It will blend, or it can be fired to 100 percent of the fuel rates. This is being tested for the first time in North America in a coal-fired boiler with this volume of torrefied wood," Livingston said.

Livingston said torrefied wood is "CO2 neutral," and that the environmental benefits to burning it as opposed to burning pure coal are plenty. As reporters look on, CU employees flip a switch and the pile of torrefied wood begins to disappear, due to a hole that is opened up under the pile. This allows the wood to fall onto an underground conveyor belt and make its way into the plant.

Danish Technological University Updraft Gasifier Plant

Last updated November 05, 2009

Danish Technological University Updraft Gasifier Plant
DTU, Denmark, September 1, 2009

DTU Updraft Gasifier and Stirling EngineDTU Updraft Gasifier and Stirling Engine

Today, operation started on Stirling DK's latest installation situated on the campus areas of the Technical University of Denmark (DTU). Approximately 1% of DTU's total power consumption and 2% of its heat consumption will be supplied by the installation.

The plant includes a Stirling engine with an output of 35 kWe of electrical power. The surplus heat from the plant, in the form of hot water, is fed into the district heating system of the DTU campus.

The plant is fuelled by wood chips originationg partly from cuttings from DTU park areas. In this way, the plant is a stand-alone facility that enables DTU to become partly self-sufficient with CO2-neutral power and heat from locally availabel fuel sources.

More information about the project can be found here.

Orifice airflow test

Last updated April 12, 2009

This is a simple test I performed to quantify the approx. airflow for some ports we may be using.

 

Biomass Engineering UK Ltd Dortmund Site

Last updated March 09, 2009

Biomass Engineering UK Ltd Dortmund Site
Sam Heyes, Biomass Engineering Ltd., March 2009

From Biomass Engineering UK a very nice video of their CHP generator in
Dortmund, Germany

http://www.youtube.com/watch?v=l8BUIOmMHe4

"This is a video showing our Dortmund plant running on clean wood. This site is a 500kw CHP If you have any questions or would like further information feel free to email me email me on s.heyes@biomass.uk.com"

Fuel 500 kg.hr 10-20% MC

Power 500 kWe

District Heat 800 KW

Contact:
Sam Heyes
Business Development
Biomass Engineering Ltd
Tel: 01925220338
Mobile: 07974980258
Email: s.heyes@biomass.uk.com
www.Biomass.uk.com

See also:

http://gasifiers.bioenergylists.org/taxonomy/term/45

Yingkou, China, 2009 INTERNATIONAL TRAINING WORKSHOP On Texchnology And Utilization of Biomass Gasification

Last updated February 15, 2009

Yingkou, China, 2009 INTERNATIONAL TRAINING WORKSHOP ON TECHNOLOGY AND UTILIZATION OF Biomass Gasification
September 1-September 20, 2009
Yingkou, China

The People’s Republic of China, September 1-September 20, 2009
Yongzhi Ren, Biomass Gasification Department, Liaoning Institute of Energy Resources(LIER), Yingkou, Liaoning Province, P.R. China February 15, 2008

Plant Visits and  Workshop
Plant Visits and Workshop

A training workshop of MOST The Ministry of Science and Technology The People’s Republic of China

Characterization of biomass producer gas as fuel for stationary gas engines in combined heat and power production

Last updated February 01, 2009

Characterization of biomass producer gas as fuel for stationary gas engines in combined heat and power production (2MB)
Jesper Ahrenfeldt, Danish Technological University, March 2007

Abstract: The aim of this project has been the characterization of biomass producer gas as a fuel for stationary gas engines in heat and power production. More than 3200 hours of gas engine operation, with producer gas as fuel, has been conducted at the biomass gasification combined heat and power (CHP)demonstration and research plant,named “Viking” at the Technical University of Denmark. The plant and engine have been operated continuously and unmanned. Producer gas properties and contaminations have been investigated. No detectable tar content was observed in the gas that goes to the engine; this was confirmed by three different measuring methods. Likewise, no particles were detected in the gas. Considerable amounts of NH3 were measured in the produced gas.An analysis of engine operation at varying load has been carried out. Standard emissions, load and efficiency have been measured at varying operating conditions ranging from 50% to 90% load. Biomass producer gas is an excellent lean burn engine fuel: Operation of a natural aspirated engine has been achieved for 1.2<λ<2.8 without significant reduction of engine efficiency. Relatively high emission of unburned CO was seen at all operating conditions when compared to the current European regulations for CO emissions. The high CO emission from producer gas engine operation is primarily due to the high content of CO in the fuel and is therefore, like UHC emissions from natural gas engines, a measure of fuel passing unburned through the combustion. NOx emissions are in general not a problem for lean burn producer gas operation, except for producer gas with very high concentrations of NH3. Measurements of the emission of polycyclic aromatic hydrocarbons (PAH)showed that there were no detectable PAH in exhaust gas from the engine when it is operated on producer gas. The emissions of aldehydes and laughter gas were measured to be significantly lower for producer gas operation than for natural gas. Analysis of the combustion process for producer gas operation by applying a heat release model showed a constant low level of cyclic variations for a wide range of λ-values. The absence of extreme combustion cycles characterizes producer gas as a good lean burn fuel and indicates that producer gas may be applied in engines with high compression ratio. The engine heads have been removed several times in order to inspect the internal parts for formation of deposits, wear and corrosion, and no significant built up has been seen. Frequent oil analysis has been conducted and no significant degeneration has been seen.

Published: (ISBN: 87-7475-343-6) , pages: 80, 200712

Gasification of Wood Chip Waste for Domestic Heat and Power - January 2009.

Last updated May 21, 2009

Gasification of Wood Chip Waste for Domestic Heat and Power - January 2009.
Ken Boak, January 30, 2009

Lister
Lister

This is my 1953 6hp Lister diesel Startomatic
generator set installed in the renewable energy
workshop. It supplies heated water and power
to my house. Currently it runs on waste veg oil.

The aim is to run this engine using wood gas
produced from woodchip waste from tree
surgery, plus about 20% veg oil in dual fuel
mode.

Engines have been powered on wood gas for
just over 100 years, with main developments in
Europe and Scandinavia occurring during
wartime fuel shortages in the 1940s.

These pages look at my wood gas project.

Namibia CBEND Gasifier Tender Notice

Last updated November 14, 2008

Namibia CBEND Gasifier TENDER NOTICE
Desert Research Foundation, Namibia, November 14, 2008

TENDER NOTICE

Tenders are hereby invited from competent, experienced contractors for the supply, delivery and installation, commissioning, complete, of a biomass gasifier system and support ancillaries, internal combustion engine and generator set and supervisory, control and automation systems, in one lot, for the generation of at least 200kW to 300kW electrical power using manually harvested invader bush wood. The contractor will also be responsible for operational skills-transfer and at least one year, full after-sales service and maintenance under a warranty agreement.

Documents available at:

http://www.drfn.org.na/cbend; or from the DRFN Office at 7 Rossini Street, Windhoek, Namibia (during normal office hours); from 15 November 2009.

Tender closes:

15 January 2009 at 12:00 Namibian time (GMT+2:00)

Tender document cost:

No cost

Compulsory inspections / pre-tender meeting:

None

Employer:

CBEND Project (Combating Bush Encroachment for Namibia’s Development)
Tenders are to be completed in accordance to the conditions set out in the documents and must be sealed, endorsed “CBEND/2008/SC002: Supply, delivery and installation, complete, of a biomass gasifier system and support ancillaries, internal combustion engine and generator set”, addressed to CBEND c/o DRFN, No. 7 Rossini Street, Windhoek, Namibia and delivered no later than the date and time set out above.

CBEND does not bind itself to accept the lowest or any tender.
CBEND TENDERCBEND TENDER

Highlands Electronics at BioEnergy - Gasifier

Last updated June 09, 2009
First Run at Gasifier-Furnace
First Run at Gasifier-Furnace

Ok, I'm new here so skipped a lot of the choices about what I'm doing.

This started with the desire to heat my home with a downdraft gasifier furnace. Here is my first shot:

http://lakeweb.net/gasifier/Gasifier_Furnace.html

I'll clean this page up as I go along. My strong point is a son with a fabracation business and I have been doing electronics all my life. I have started on doing microprocessor interfaces for gasifiers. I have chosen the msp430 for distributed control.

Best, Dan.

First Commercial Heat and Power Plant in Switzerland Based on Wood Gasification

Last updated September 07, 2008

First Commercial Heat and Power Plant in Switzerland Based on Wood Gasification
Dasagren/Netpro, March 2007
Wila 450 kWe

Main features:
•450 kWel+ waste heat utilisation.
•IISc-Netprogasifier
•Biomass: 15% moisture content
•Producer gas cleaning system with cyclone separation, quenching, scrubbing and filtering.
•1 Jenbacherengine
•Commissioning started January 2007

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