![]() ![]() Based on the analysis of several test results of parameters such as ignition temperature, burnout temperature, calorific value of the fuel mixtures as well as CFD simulation, the results of the study show a strong indication of a positive synergy in mixing some of these biomasses as compared with a fuel mixture consisting only of coal and one type of biomass. The effect on the combustion process in the combustion chamber of a steam power plant is also simulated. ![]() ![]() Simulation of combustion in a 600-MWe steam power plant with a Carolina-type boiler is also carried out with the help of computational fluid dynamic (CFD) analysis to see the effect of the interaction and synergy of the mixed fuel on the performance of the steam generator. Ultimate and proximate analysis and differential thermogravimetric analysis with heating rates of between 10☌ and 40☌/minute are used to analyse combustion characteristics. Blended fuel consisting of coal and three types of biomass such as sawdust, rice husk and solid recovery fuel was selected as the research object. This study aims to investigate combustion performance, interaction and synergistic effects in the cofiring of coal and three types of biomass. The cofiring of biomass and coal may be one of the most effective methods to improve energy utilization efficiency and reduce greenhouse gas emissions. ![]()
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