Technologies for the management of various types of waste and the production of useful
products from them are currently widely studied. Both carbon dioxide and calcium-rich waste …

The development of recently-designed energy efficient components and complex energy
concepts has heightened the need to develop advanced control strategies. Exergy-based …

This paper reports on the recent experimental and numerical results from a 35 MW front wall-
fired large pilot boiler. The boiler features a first-of-its-kind compatible design of oxy-fuel …

Oxy-combustion is one of the most promising technologies to reduce CO 2 emissions from
coal-fired power plants. Nevertheless, as CO 2 capture system there is an important energy …

Entropy generation analyses on the transient processes of heat exchangers can guide their
designs and operations. A dynamic model of a typical recuperative heater is developed …

This paper presents an experimental study of coal MILD-Oxy combustion at 0.3 mw pilot-
scaled facility in Huazhong University of Science and Technology (HUST), which contains …

The energy penalty of MEA based post-combustion CO 2 capture technology will reduce the
efficiency of coal-fired power generation significantly. The introduction of solar energy to the …

In the past two decades, the oxy-fuel combustion of pulverized coal has been extensively
developed, leading to the completion of several large industrial pilot oxy-fuel plants …

Recycling processes are an important stage in the raw material life cycle, as it enables the
transition from a linear economy into a circular one. However, the currently available …

In order to increase the overall net electric efficiency and consequently to decrease the
energy penalty in oxy-fired systems, heat integration configurations must be proposed …