Co-firing technology at large power plants can contribute to reducing emissions and
maintaining stable and secure electricity supplies. Due to the higher reactivity of biomass, a …

Co-combustion of biomass offers a great potential to reduce CO 2 emissions but rarely
mentioned co-combustion behavior of pelletized coal-biomass mixtures and inconclusive …

The ignition and combustion characteristics of single particles of two biomass residues and
three coals were evaluated in the hot combustion products of a CH 4 fired Hencken burner …

To meet the goal of an international carbon-neutral framework, the promotion of clean coal
utilization occupies a vital position in reducing greenhouse gas emissions. Ammonia co …

Combustion of individual particles of different woody and agricultural residue biomass have
been studied under a laboratory scale rapid-heating apparatus. Particles used were in the …

Advancements in supercritical (SC), ultrasupercritical (USC), and advanced USC coal-fired
power plants have been achieved through the development of enhanced materials utilized …

Biomass energy with carbon dioxide capture and storage (CCS) technologies like oxy-fuel is
the only way to achieve net removal of CO 2 from the atmosphere in power generation. A …

This article investigates the effect of steam on the ignition of single particles of solid fuels in a
drop tube furnace under air and simulated oxy-fuel conditions. Three solid fuels, all in the …

Combustion behaviors of large size coal pellets were studied in a novel room temperature
chamber type concentrating photothermal apparatus. 4 heating rates of 4.0° C/s, 15.1° C/s …

In this study, a particle-tracking image pyrometer (PTIP) system, based on a high-resolution
high-speed camera and a digital single lens reflex (SLR) camera, was proposed to …