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Maharana pratap episode 5251/9/2023 Pyrolysis based synthetic fuels are considered as one of the key to saving the potential greenhouse gas emission up to 60-80% as compared to fossil fuels.Įdrisi S-A, Abhilash P-C (2016) Exploring marginal and degraded lands for biomass and bioenergy production: an Indian scenario. In bio-oil upgrading, catalytic cracking process was observed as a most promising technique for the upgrading of bio-crude in to liquid fuel. Among the all pyrolysis technologies vacuum pyrolysis was found a well suitable not only for bio-oil production, but also for improving the physicochemical properties of biochar such as surface area, porosity (macro/micro), functional groups, etc. About 60–65% yield of bio-oil produced through the pyrolysis process using fluidized bed reactor has been reported. Pyrolysis plays a key role in the production of solid, liquid, and gaseous fuels from biomass. The production of bio-oil is challenging and requires inclusion of modern technologies. This paper discusses the different pyrolyis processes, physiochemical properties of pyrolysis products, upgrading techniques for safe storage and application in transportation and industrial activities. ![]() Utilization of fuel oil from biomass (i.e., bio-oil) reduces emission of greenhouse gases.
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