The use of lignocellulosic biomass as a raw material can sustain the chemical industry.
There is a lack of knowledge in kinetics and thermodynamics of some of these processes …

As a self-reactive substance, benzaldehyde oxime (BO) is prone to a highly exothermic
runaway reaction and thermal hazard analysis and the reaction kinetics calculation of BO …

Osmotic energy recovery from hypersaline waters, such as produced water from oil and gas
reservoirs and concentrated brine, is strategically significant to water utilization and …

Abstract The Accelerating Rate Calorimeter (ARC)-the first representative of the family of
pseudo-adiabatic calorimeters-was designed for assessing reactive hazards of chemical …

The accelerating rate calorimeter is a commonly used tool for evaluating thermal hazards.
Due to the thermal inertia, the heat dissipation between the reaction system and the furnace …

In chemical plants, safety valves are installed on process equipment where pressure rise
would occur to prevent their rupture. However, it is difficult to estimate accurate vent size for …

In the event of a runaway reaction, emergency relief systems (ERS) act as the last line of
defense against the vessel explosion. To date, ERS design for scenarios involving the …

Solvothermal liquefaction (STL) is a promising thermochemical process to produce
biocrudes from plastic wastes. In the STL process, solvents, other than water, play a …

The accelerating rate calorimetry is a powerful tool for thermal hazard evaluation. However,
the existing kinetics approaches ignore the fact that the thermal inertia is varying during the …

The thermal inertia determination and correction are the significant steps in accelerating rate
calorimetric based kinetics calculation and thermal hazard evaluation. However, the existing …