Study of flash pyrolysis and combustion of biomass powders using the Godbert-Greenwald furnace: An essential step to better understand organic dust explosions

Safety profiling of technical lignins originating from various bioresources and conversion processes

“…These parameters are playing a role well beyond to particle size distribution which justifies the need of very accurate determination of physicochemical properties of biomass derived dusts. All biomass powder explosions as a matter of fact reveal to be hybrid explosions (gas + solid matter), due to the initial pyrolysis stage which often constitutes the limiting factor in the overall process leading to the explosion of a combustible dust in mixture with air [ 36 ].…”

Experimental Study on Suppression of NH4H2PO4 on Cassava Starch Dust Explosion

“…A lumped-kinetic model adapted to dust explosion was developed and validated for cellulose. [10] In the study of inert media inhibiting dust explosion, Qin Xiaoling [11] et al found that NH4H2PO4 can effectively inhibit the explosion of sucrose dust, and the smaller the particle size of NH4H2PO4, the more obvious inhibition effect. Guan Wenling [12] et al found that adding 4A zeolite more than 9.09% to 10g wheat starch could completely inhibit the explosion of wheat starch.…”