Charcoal produced from sustainably grown biomass can be used to reduce the net CO2 emissions from iron and steel making …

, maximum rates of mass losses also increased. These variations were interpreted by the heterogeneous structure of biomass … biomass particles. However, increase in heating rate overcame these restrictions, and led to higher conversion rates. The …

. Torrefaction, pelletisation and pyrolysis technologies can convert biomass at modest scales into dense energy carriers that ease …

biomass. Proper microwave power levels are suggested to be set between 250 and 300W for the torrefaction of these two … over 10%). Moreover, the particle size of biomass needs not to be very small. The mass reduction ratios were 65wt.%, 69wt … reduces more oxygen/carbon ratio of biomass in comparison with traditional torrefaction. Microwave-induced torrefaction is …

The paper reviews the pyrolysis of biomass constituents and possible secondary reactions. Biomass pyrolysis yields …

Fundamental pyrolysis and combustion behaviors for several types of biomass are tested by a thermo-gravimetric analyzer …. The main compositions of cellulose and lignin contents for several types of biomass are analyzed chemically. Based on the … main composition results obtained, the experimental results for the actual biomass samples are compared with those for the …

semi-quantitative method was established to calculate the chemical kinetics of biomass pyrolysis through differential and …

distributed biomass or wastes to energy conversion systems. The paper summarizes the state of art of the IPRP technology, from …

Pyrolysis is one of the potential routes to harness energy and useful chemicals from biomass. The major objective of … biomass pyrolysis is to produce liquid fuel, which is easier to transport, store and can be an alternative to energy source …. The yield and composition of pyrolysis oil depend upon biomass feedstock and operating parameters. It is often necessary …