Study on the Similarity of the Parameters of Biomass and Solid Waste Fuel Combustion for the Needs of Thermal Power Engineering

摘要: The topic raised in this paper concerns an important aspect regarding the possibilities of combustion and co-combustion biomass substrates (energetic willow/sewage sludge), light renewable energy source (RES) regulations, with fuel from waste defined here as RDF. Particular interest these fuels their mixtures results a search by thermal power engineering sector for whose will be associated benefits, e.g., acquisition origin licenses, availability lower cost obtaining (RDF), well moderate investment contributions using existing base coal grate boilers. This article indicates possible variants abovementioned fuels, referring to use technical technological capabilities furnaces. It was comparing mechanical load grates, so-called indicators quantitative assessment (i.e., ignition rate mass loss rate). result above laboratory-scale furnace (samples weighing up 1 kg), thermogravimetric analysis, great similarity curve, temperature profiles phases, process RDF oxidation. obtained capacity grates constitute basis further analyses conversion, without risk and/or overload. Relying on research combustion, it found that tested could carried out while maintaining quality burning layer. Based conducted research, can assumed is replace biomass, fuel, sewage sludge furnaces which means hybrid nature due type fuel.