Bio-carbon

Carbon, char and activated charcoal

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.

Rice Husk Gasifier Links

Last updated March 07, 2008

Rice Husk Gasifier Links
Tom Miles, March 6, 2008

Following are some links for Rice Husk Gasifiers

Philippines
Rice Biomass for Agriculture & Industry in the Philippines & ASEAN Bernardo D. Tadeo PhD PhilRice, Philippines (Pdf) Dec 14, 2005

Japan
R&D of Carbonizing Gasification of Biomass Wastes Kazuyoshi Ichikawa, Central Research Institute of Electric Power Industry, March 2007

Specification and Production: Technologies of Bio--Fuels in Japan Kinya Sakanishi Biomass Technology Research Biomass Center(BTRC Center(BTRC),),AIST, Hiroshima 737AIST, 737--0197, Japan0197, Japan““

India

Design Parameters for a Rice Husk Throatless Gasifier Reactor Anil Kr Jain School of Energy Studies for Agriculture, PAU. Ludhiana, 141 004 (INDIA).2006

Myanmar

Electrical Industry of Burma/Myanmar, Online Compendium

China
Study on performance of biomass gasifier-engine systems and their environmental aspects, Zhang Baozhao, Xu Yicheng
China National Rice Research Institute, Hangzhou, 310006, China, FAO Paper No.9403

Indonesia

Biomass Gasification In Indonesia IEA Dresden, June 2006
Biomass for Electricity Generation: Comments on the Background Paper Directorate General of Electricity and Energy Utilization, Republic of Indonesia, 2007
- 100 kWe pilot. The project was stopped last year (2006) because problems from the tar could not be solved completely. Tar gives a negative effect to the environment and diesel engine as well.(Contact information, website link for full information.)PT. Indonesia Power, Jl.Gatot Subroto, Jakarta Selatan Indonesia. Tel. 62-21-5267666. www.indonesiapower.co.id

Biomass Densification

Last updated August 14, 2007

Biomass Densification, Previously: Mobile Pyrolyzer for a Biorefinery Feedstock, Jim Robinson, Conversion Processes, California, March, 2006, updated August, 2007.

Thank you for giving me publicity with your entry about my Biorefinery Feedstock process. I have change the title of my data sheet to Biomass Densification which I am attaching. My interests have changed to accepting pyrolysis which I had previously rejected because the pyrolysis oil had a pH pf 3,0 which caused a requirement for stainless tankers for transport. I have found 9i can send you a copy of the article)that catalytic pyrolysis with a HZSM-5 zeolite catalyst reduces the acid content by 80%

Sincerely,

Jim Robinson

Sugarcane Leaf-Bagasse Gasifiers for industrial Heating

Last updated November 04, 2008

Sugarcane Leaf-Bagasse Gasifiers for industrial Heating
Rajeev Jorapur and Anil K. Rajvanshi, Nimbkar Agricultural Research Institute (NARI), Maharashtra, India 1997

NARI
NARI

Time to Master the Carbon Cycle

Last updated January 21, 2007

Time to Master the Carbon Cycle
Erich J. Knight, January 16, 2007

Man has been controlling the carbon cycle , and there for the weather, since the invention of agriculture, all be it was as unintentional, as our current airliner contrails are in affecting global dimming. This unintentional warm stability in climate has over 10,000 years, allowed us to develop to the point that now we know what we did and that now we are over doing it.

Conference Announcement for the International Agrichar Initiative (IAI)

Last updated November 04, 2008

Conference Announcement for the International Agrichar Initiative (IAI) April 29-May 2, 2007 Terrigal, New South Wales, Australia

What is the International Agrichar Initiative?

The International Agrichar Initiative is an informal, newly-formed coalition of research, commercial and policy-oriented people and organizations devoted to the sustainability of the world’s soils, and to sustainable bio-energy production. Agrichar production and utilization can renew the world’s soils
through the addition of organic carbon, which can help solve the pressing problem of global climate change. The Agrichar production process also converts agricultural waste into valuable bio-fuels.

What is the ‘Agrichar process’?

Agricultural feedstocks such as animal manure, rice hulls, peanut shells, corn stover or forest waste are pyrolized at low temperatures to produce a char product (“Agrichar” or “biochar”) and separate bio-energy streams, in the form of oils and/or gases. The biochar captures about 50% of the carbon in the feedstock, and can be used as a soil amendment to improve soil fertility, stability, and productivity, and to store carbon in the soils, as a means of mitigating global warming. The use of Agrichar in soils mimics the Terra Preta (“dark earth”) soils of the Amazon Basin, which have sequestered high quantities of carbon for thousands of years, and have dramatically improved soil fertility and sustainability without chemical inputs. The bio-energy produced, which accounts for the other 50% of feedstock carbon, can be used to fuel a variety of energy needs.

During the 18th World Congress of Soil Science (WCSS) in July 2006 in Philadelphia, Pennsylvania, a group of scientists, business interests, policy experts and others met to discuss the research priorities and challenges of this important area. The result is the International Agrichar Initiative, a movement to pursue a more organized research, development and commercialization effort to further the promise of Agrichar.
For information on the July 2006 meeting in Philadelphia and some current Agrichar-related projects and activities, go to: http://www.css.cornell.edu/faculty/lehmann/biochar/WCSS2006/WCSSmeeting2006.htm

Conference Objectives

In follow-up to the July 2006 meeting, the 2007 conference will review progress achieved in the field of Agrichar production and utilization in the following areas:

Research, Development, and Deployment:
- Review the results of research and development work in the field of Agrichar and energy co-production
- Review demonstration and commercial programs that have been operating in the field
- Identify barriers to commercialization of the Agrichar product and technology, and methods to overcome these barriers
- Visit sites where Agrichar R&D is underway in Australia

Policy and Education Development
- Review new policy and educational initiatives in the field
- Review economic and environmental studies on the costs and benefits of Agrichar production and utilization

Organizational
- Review the goals and tenets of the International Agrichar Initiative
- Review initiatives and progress to establishing an International Agrichar Organization
- Prepare a business and development plan for the International Agrichar Initiative, including specific funding and development proposals, and stated programs goals, timelines
- Prioritize key management questions to be resolved in order to bring the Agrichar agenda to the next stage

Cohune Charcoal for Chinese Gasifier Project

Last updated January 06, 2007

Cohune Charcoal
Peter Singfield, Belize, January 4-5, 2007

Cohune CharcoalCohune Charcoal

Water Heater Tank - Charcoal Retort

Last updated November 04, 2008

Water Heater to Prototype Small Charcoal Retort.
Mark A. Gallmeier December 10, 2006

Water Heater Tank - Charcoal Retort
Water Heater Tank - Charcoal Retort

Charcoal Retorts Used by Custom Charcoal, Shasta, California

Last updated January 07, 2007

Charcoal Retorts Used by Custom Charcoal, Shasta, California January 2007
David Green

Updated Website: Bioenergy LLC

Last updated November 11, 2006

Updated Website: Bioenergy LLC Charcoal Kilns mobile and stationary, Yury Yudkevich, St. Petersburg, Russia March 2006

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