This paper presents a concise overview of ash deposition in combustion or co-firing of
biomass (woody biomass, agricultural residues, peat, etc.) with other fuels for power/heat …

This unique handbook presents both the theory and application of biomass combustion and
co-firing, from basic principles to industrial combustion and environmental impact, in a clear …

The use of biomass, which is considered to produce no net CO2 emissions in its life cycle,
can reduce the effective CO2 emissions of a coal-fired power generation system, when co …

The cryogenic CO2 capture (CCC) process appears to consume 30% or more less energy
and money than other major competing carbon capture processes. The process cools CO2 …

Using sustainably-grown biomass as the sole fuel, or co-fired with coal, is an effective way of
reducing the net CO2 emissions from a combustion power plant. There may be a reduction …

The effects of particle size, fuel blending ratio, moisture content and excess air ratio on
combustion efficiency and air emissions (CO2, CO, SO2 and NOx) from the co‐combustion …

In this study, we present the inherent optical properties of carbonaceous aerosols generated
from various coals (hard through bituminous to lignite) and their correlation with the …

An innovative CO2 capture technology called the cryogenic CO2 capture (CCC) process has
significant energy and cost advantages compared to alternatives. The process is a post …

The world's electricity and heat generation has been progressively relying on coal and other
fossil fuels. As a result, the world-wide CO2 emission from fossil fuel combustion has been …

Power (CCHP) which is based upon combined heat and power (CHP) systems coupled to
an absorption chiller can be recognized as one of the best technologies recovering biomass …