Exploitation of coalbed methane (CBM) has dual advantages of not only providing
alternative clean-energy but also effectively reducing the proneness for gas outbursts. CBM …

The microscopic pore structure of coal is the main factor influencing the transport
characteristics of coalbed methane (CBM). The systematic investigation of the control …

Dissociation of natural and artificial methane hydrate at combustion was studied
experimentally. Thermal imaging and Particle Tracking Velocimetry (PTV) methods were …

Fuels derived from sustainable feedstocks have significant potential to reduce greenhouse
gas emissions associated with aviation. These alternative aviation fuels need to meet …

Dissociation kinetics of natural and artificial methane hydrate were studied experimentally
and theoretically. The artificial methane hydrate was produced in the reactor, and the natural …

Methane hydrate dissociation at negative temperatures was studied experimentally for
different artificial and natural samples, differing by macro-and micro-structural parameters …

Internal oxidation is most important for removal of soot in diesel particulate filters (DPFs).
Furthermore, it enhances the porosity of carbon blacks (CBs), increases their specific …

An improved model of fine particulate matter formation coupling the mechanism of mineral
coalescence and char fragmentation under different pulverized coal combustion …

Based on pseudo-steady-state approach, the effect of particle size and porosity on
conversion characteristics of single coal char particle moving in high temperature O 2/CO 2 …

Understanding the interaction between transport, reaction and morphology at the scale of
individual char particles is important for optimizing solid fuel gasification and combustion …