Studies on CWL with glycerol for combustion process

• DOI: 10.1007/s11356-018-3814-0
• Publication Date: 2018-11-28T14:27:37Z
• Authors: Anita Staroń; Zygmunt Kowalski; Paweł Staroń; Marcin Banach
• Keywords: Heat of combustion

Findings of more efficient energy recovery methods are focused on composite fuels consisting coal, water, and waste materials. The use such slurry has enormous environmental benefits due to the potential for utilization low emissions harmful oxides atmosphere during combustion process. In this study, we report effect glycerol rheological properties coal-water fuel (CWS). addition CWS increases viscosity (from 45.5 184.2 mPa·s at a shear rate 100 rpm) density 1.08 1.11 g/cm3) these suspensions. utility choice most favorable parameters is equal 0.85 both with added glycerol. Due fact that dosed heated chamber, its modification results in easier nebulization into lowering solidification temperature increasing calorific value resulting fuel. During glycerol, amount SO2 NOx emitted reduced by half as compared emission gases hard coal combustion.