[Gasification] Cellulose Gas and Biochar option

[darius_tamizi]

No body use the biochar that we produce here everyday and it become waste that harm the environtment. 


Terkirim dari Samsung Mobile

-------- Original message --------
From: Tom Reed <tombreed2010 at gmail.com> 
Date: 06/02/2014  04:37  (GMT+07:00) 
To: Discussion of biomass pyrolysis and gasification <gasification at lists.bioenergylists.org> 
Subject: [Gasification] Cellulose Gas and Biochar option 
 
Dear Tom Miles and all

WWII gasification converted all the fuel into a low quality (150Btu/scf) gas that required considerable cleanup. Before use in engines. 

Now that we recognize the value of biochar as 

O. A soil amendment

O. Reducing global warming

a second option is more attractive.

In the TLUD stove and larger (eg 33 gal garbage can) only the cellulose burns, giving a cleaner gas

C6H10O5 + 1/2 O2 ===>
6O +  5 H2

Plus. biochar for addition to the soil. 

Comments???

Tom Reed


From Tom Reed

AKA

Dr Thomas B Reed
508 353 7841
Www.Thomas Reed Inventions .com
Tombreed2000 at gmail.com

On Feb 5, 2014, at 4:15 PM, "Tom Miles" <tmiles at trmiles.com> wrote:

PERFORMANCE STUDIES ON DOWNDRAFT GASIFIER WITH BIOMASS ENERGY SOURCES AVAILABLE IN REMOTE VILLAGES
V. ChristusJeya Singh, S. Joseph Sekhar and K. Thyagarajan
DOI : 10.3844/ajassp.2014.611.622
American Journal of Applied Sciences
Volume 11, Issue 4
Pages 611-622
Abstract
Increasing global concern over the environmental issues and depletion of fossil fuels, significant interest has been shown by the researchers to develop alternate energy technologies like biomass, biogas, solar to meet the future energy demand. The prediction of the performance of different biomass energy sources in gasifiers is needed for the implementation of this technology to fulfil the need of decentralized heat and power applications, relevant to remote villages. This study presents the theoretical and experimental studies conducted on a 50 kW downdraft biomass gasifier with various biomass materials such as wood, coconut shell, rubber seed kernel and coir pith which are generally available in villages. Two-zone kinetic equilibrium model approach is used to predict the composition and temperature of the producer gas. The influence of equivalence ratio on the reaction temperature, quality of producer gas and gasifier conversion efficiency are discussed. The experimental and theoretical studies show that the rubber seed kernel can be effectively used as a feedstock of the biomass gasifier to meet the rural energy demand.
Singh, V.C., S.J. Sekhar and K. Thyagarajan, 2014. Performance studies on downdraft gasifier with biomass energy sources available in remote villages. Am. J. Applied Sci., 11: 611-622.
http://thescipub.com/abstract/10.3844/ajassp.2014.611.622
 
 
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