An integrated system for converting brown coal to H 2 and power is proposed. This system
consists of coal drying, coal direct chemical loo**, combined cycle, and hydrogenation …

A device has been developed, to characterize the stickiness of materials prone to shearing
that is based on torque measurement during intermittent stirring. Experiments were carried …

An advanced drying system for low rank coal drying with a very low energy consumption has
been developed based on self-heat recuperation technology. In self-heat recuperation …

Brown coal drying based on self-heat recuperation (SHR) technology which recovers
effectively both latent and sensible heat was developed to reduce energy consumption …

A novel exergy recuperative drying module with superheated steam as the drying medium
was developed. The process is based on self-heat recuperation technology which can …

Brown coals represent a large resource for Victoria, with reserves of over 500 years at the
current rate of consumption. However, its high moisture content (∼ 60%) impedes its …

Analyzing the attrition of Victorian brown coal during air and steam fluidized bed drying, the
change in particle size distribution over a range of initial moisture contents (60% to 0%) and …

An energy-saving and economical process was developed for drying low-rank coal using
steam as the drying medium. Based on simulation tests, the energy consumption of the …

A bench-scale indirect pulsation-assisted fluidized bed dryer with a 0.24 m2 cross-section
area has been built to confirm the drying performance of lignite. The fluidized bed dryer with …

In der vorliegenden Arbeit werden die Modellierung und die numerische Simulation von
Strömung, Wärme-und Stofftransport zur Abbildung eines Trocknungsprozesses von …