[Gasification] Producer Gas and Biochar from Rice Husks in a GEK

[Tom Miles]

It looks like you have a “Proprietary thermal conductivity detector for H2” on your Wuhan Cubic Optoelectronics Co. Ltd portable gas analyzer. 

http://www.gasanalyzer.com.cn/en/

 

All Power Labs is a distributor for you 

http://wiki.gekgasifier.com/w/page/64066018/Gasboard%20Gas%20Analyzer

 

Thanks

 

Tom Miles

Gasification List Owner

tmiles at trmiles.com <mailto:tmiles at trmiles.com> 

 

 

From: Gasification [mailto:gasification-bounces at lists.bioenergylists.org] On Behalf Of whcubic01 at vip.163.com
Sent: Monday, January 01, 2018 3:03 AM
To: Discussion of biomass pyrolysis and gasification <gasification at lists.bioenergylists.org>
Cc: 吴艳超 <abby.wu at gasanalyzer.com.cn>
Subject: Re: [Gasification] Producer Gas and Biochar from Rice Husks in a GEK

 

It is base on our gasbaord 3100p syngas analzyer. 

 

  _____  

whcubic01 at vip.163.com <mailto:whcubic01 at vip.163.com> 

 

From:  <mailto:tmiles at trmiles.com> Tom Miles

Date: 2017-12-31 04:10

To:  <mailto:gasification at lists.bioenergylists.org> 'Discussion of biomass pyrolysis and gasification'

Subject: [Gasification] Producer Gas and Biochar from Rice Husks in a GEK

Interesting study of gas and char yields from rice husks in a GEK

The Composition of Syngas and Biochar Produced by Gasifier from Viet Nam Rice Husk

Nguyen Huy Bich, Nguyen Van Lanh, Bui Ngọc Hung

Abstract

Nowadays, biomass has become one of the renewable energy sources might be filled for the lack of energy in the world. Gasification of biomass in general and of rice husk in particularly has attracted many researchers in Viet Nam. The rice husk gasification experimental study has been done with the GEK 20 kW device which is developed by All Power Labs, USA. The air flow rate from 2 to 4 m3/h is applied in gasifier. A portable infra-red syngas analyzer is used for simultaneous measurement the concentrations of CO, CO2, CH4, H2 and O2 of the syngas and for calculation of the heating energy. The effect of air flow rate on temperature, syngas composition, and biochar is analysed and it indicates that the temperature in the combustion area and the content of hydrogen and carbon monoxide in the gas increase when the air-flow rate rises.  In contrast, the yield of biochar is decreased.

 <http://ijaseit.insightsociety.org/index.php?option=com_content&view=article&id=9&Itemid=1&article_id=2623> http://ijaseit.insightsociety.org/index.php?option=com_content&view=article&id=9&Itemid=1&article_id=2623

 

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