Philippines

Paddy Seed Dryer Gasifier and Furnace

Rice husk Gasifier Coupled to the Flatbed Paddy Dryer
Paddy Seeds being dried in the Flatbed Dryer using the Gasifier
Flatbed Grain Dryer with Biomass Furnace

by: Alexis Belonio and Billy Belonio
Mapangpang, Munoz, Nueva Ecija.

Drying seeds is a major concern fro growers in Nueva Ecija, especially when harvesting coincides with rainy periods (that make sun drying seeds difficult). Rice Husks can make an inexpensive fuel, and a Rice Husk Gasifier is an improvement over the traditional Furnace Design

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New Biomass Gasifier for Rural Electrification, Philippines

Dinalungan, Aurora Power Plant

Eco Market Solutions, Philippines

Governer Bella Angara-Catillo, Mayor Tubigan and the Dinalugan Municipal Council are proud to cut the ribbon on the first gasifier for rural power electrification in the Philippines this month.

The 250kw Gasifier is welcomed by the community of Dinalungan, Aurora as an alternative to expensive diesel power in the area. Diesel power in the local communities are struggling to provide power for more than 6 hours per day.

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A CONTINUOUS-FLOW RICE HUSK GASIFIER FOR THERMAL APPLICATIONS

Alexis T. Belonio, Daniel A. H. Belonio, and Lucio Larano, August 2010

This paper (see attached) describes a continuous-flow rice husk gasifier (CFRHG) designed and developed for various thermal applications such as cooking, drying, kiln firing, baking, and others. The technology follows the principle of a moving-bed, down-draft reactor converting raw rice husks into combustible gases that is rich in carbon monoxide (CO) and hydrogen (H2).

Different sizes were built and tested in collaboration with the private sector both in the Philippines and in abroad. The gasifier units which were built, tested and evaluated have varying reactor diameter, ranging from 0.40 to 1.20 m with a corresponding power output of 35.7 to 321.2 kWt. The rice husk consumption rate for the different reactor diameters tested ranges from 19 to 169 kg per hour. The specific gasification rate of the gasifiers was found to operate well at 150 kg/hr-m2. The temperature of the gas leaving the reactor varies from 150° to 270°C for all the units tested. The flame temperature reaches as high as 400° to 800°C, depending on the size of the reactor. The bigger the size of the reactor diameter, the higher is the flame temperature. The parasite load varies from 4.2% for the smaller diameter reactor to 1.5% for the bigger model. Combustible gases are generated within 5 to 30 minutes for the different sizes tested. The heating value of the gas ranges from 1200 to 1400 kcal/m3. And, only one person is needed to operate the small gasifier and two persons are needed for the big gasifier model.

Results of the tests showed that the CFRHG is convenient to use and its operation is easily controlled with the use of gas valves. There is no smoke emitted during operation. Black carbon content and tar emissions were found to be very minimal. The char produced can be used for agricultural application and the ash produced can be used for the production of low-cost construction materials.

The CFRHG technology can be produced at P1,500.00 per kWt. Presently, the different gasifier models presented are installed in the Philippines, Indonesia, and Vietnam. In terms of payback period, investment cost for the CFRHG can be recovered within 2.4 to 5.3 months as compared with kerosene, diesel, and LPG fuels.

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Rice Husk Gasifier Links

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

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Continuous-Flow Rice Husk Gasifier for Small-Scale Thermal Applications (19kW)

Continuous-Flow Rice Husk Gasifier for Small-Scale Thermal Applications
Alexis T. Belonio, Appropriate Technology Center, Central Philippines University, Iloilo City, Philippines, November 11, 2006

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Rice Husk Gas Stove Handbook

Link to the Full Rice Husk Gas Stove Handbook (3.6 MB PDF file) by Alexis T Belonio, Appropriate Technology Center, Iloilo City, Philippines

Preface by Paul Anderson (on the biomass cook stoves site)

Belonio Gasifier Cover>Belonio Gasifier Burner

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