Coal is the most abundant fossil fuel and is widely used as an energy source for combustion
and gasification. Both experimental methods and computational tools are required for the …

Timely and accurate three-dimensional (3-D) NOx concentration distribution prediction is
essential for achieving low-emission and efficient operation in power plants. This study …

In order to treat serious dust pollution problems in a fully mechanized mining face,
computational fluid dynamics (CFD) was here used for numerical simulation. The …

The urgent global challenges of climate change and environmental issues have catalyzed
the development of CO 2-capture-ready technologies incorporating fluidization, such as …

With deep peak-load regulations, utility boilers are frequently operated under variable/low
load conditions. However, their hydrodynamics, combustion and NOx emission …

Ten established, data-driven dynamic algorithms are surveyed and a practical guide for
understanding these methods generated. Existing Python programming packages for …

Although renewable energy has recently attracted a lot of attention, coal-fired power plants
will still play an important role in electricity production in the future due to coal's abundance …

This study aims to develop a fast prediction method of 3D temperature and chemical species
distributions in pulverized coal boilers for real-time combustion monitoring and optimization …

Abstract The Atikokan Generating Station, operated by Ontario Power Generation, has a 200
MW, biomass-fired tower boiler that operates on a dispatch schedule with a five-minute …

Meeting increasingly stringent environmental targets while conforming to new operational
demands of load-ram** and low-load operation presents a challenge for coal-fired …