21-10-2014, 03:08 PM
Abstracts: GASIFIER needs to overcome, our designer initiated a detailed research and study on the principle of tar formation from the combustion process involving rice husk, betel nut shell, wood chips, palm oil kernel shell and other biomass waste. The research and study involved a detailed analysis of the physical and chemical properties of tar compound generated by the various type of biomass. With this important information on hand, the next phase was spent to design and develop our state-of-the-art Trillion gasifier that has the full capability to control the formation of tar to the minimum during the combustion process. An in-depth study was also carried out to design an economical filtration system that is capable of thoroughly and efficiently cleaning up the gas to give a standard gas quality that is fully in compliance with the FAO specifications, therefore suitable for any engine operations. Biomass Gasifier is essentially a chemical reactor where various complex physical and chemical processes take place. Biomass gets dried, heated, pyrolysed, partially oxidized and reduced in this reactor as it flows through it. Four distinct processes take place in a gasifier: Drying of the fuel, pyrolysis, combustion and reduction. Although there is a considerable overlap, each process can be considered to be a occupying a separate zone in which fundamentally different chemical and thermal reaction take place. The fuel must pass through all of these zones to be completely converted.