Tagged agricultural wastes, agro residues, Biomass, Biomass Resources from Rice Industry, cogeneration, Combustion, crop wastes, Energy, Energy Potential of Rice Husk, Energy Potential of Straw, Husk, Paddy Residues, Paddy Wastes, Rice Biomass, Rice husk, Rice Husk as Energy Source, Rice Industry, rice straw, Straw. Bookmark the permalink.
please can you send me any contact address where I can get a mobile rice husk gasifier to be used for rice milling. We find it useful for farmers in the rural areas where there is no power connection.
We would be happy to share our knowhow regarding straw as boiler feed. We have several plants in operation in Denmark and we would welcome visitors.
Hi, G.B.Petersen, i am a small entrepreneur from Malaysia, and i found that malaysia’s farmers burn all the straw right after harvesting, which is kind of waste and harmful to the environment, could you share more about the boiler feed that you mentioned?
Can i get your email id to discuss with you about this in detail?
I would very much like to discuss with you, as you have offered, the use of rice straw for power production.
can we use the rice hull and chaff grain in the bio-gas digester?
What is the composition of rice hull and chaff grain?
are the data on rice straw and rice husk true? Is there any reference to the figures you using in the article?
This is quite interesting. Can I know more about this process. The waste from rice milling is a concern in my country.
Coffee husk should be similar to rice husk. 1 ton/hour of coffee husk should produce around 1 MW electricity (small scale plant up to 3 MW electrical). For larger plants higher electrical efficiency can be achieved. See http://www.kem.dk and feel free to contact. We have references for power generation from various sources of biomass (rice husk, rice straw, wheat straw, olive husk, poultry/chicken litter, wood etc.).