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2023•AIP conference proceedingsRequires access

Saber combustion catalyst: An effort to increase the calorific value of coal and improve combustion efficiency

Dike Fitriansyah Putra, Satrio Bimo Saputro, Satrio Bimo Saputro

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Abstract

Coal is the most abundant fossil fuel on earth, and it is an exceedingly carbonaceous substance. However, fossil fuels are a non-renewable energy source, and then efforts are needed to reduce the use of coal. Nowadays, researchers conduct studies of coal additives to increase the calorific value of coal and improve combustion efficiency. Coal additives have a function to improve the calorific value of coal and improve combustion efficiency. Some pulverized coal samples were prepared based on ASTM D2013/D2013M-18, then mixed with coal additives until homogeneous. The lab instruments are the bomb calorimeter and the proximate analysis. This study utilizes the phenomenon of parameters such as; the calorific value of coal, Sulfur content, ash content, and fixed carbon. The purpose of this study is to seek the optimum ability of coal additives of escalating the calorific value of coal and improve combustion efficiency.

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What this paper is about

Coal is the most abundant fossil fuel on earth, and it is an exceedingly carbonaceous substance. However, fossil fuels are a non-renewable energy source, and then efforts are needed to reduce the use of coal. Nowadays, researchers conduct studies of coal additives to increase the calorific value of coal and improve combustion efficiency. Coal additives have a function to improve the calorific value of coal and improve combustion efficiency. Some pulverized coal samples were prepared based on ASTM D2013/D2013M-18, then mixed with coal additives until homogeneous. The lab instruments are the bomb calorimeter and the proximate analysis. This study utilizes the phenomenon of parameters such as; the calorific value of coal, Sulfur content, ash content, and fixed carbon. The purpose of this study is to seek the optimum ability of coal additives of escalating the calorific value of coal and improve combustion efficiency.

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Available abstract

Coal is the most abundant fossil fuel on earth, and it is an exceedingly carbonaceous substance. However, fossil fuels are a non-renewable energy source, and then efforts are needed to reduce the use of coal. Nowadays, researchers conduct studies of coal additives to increase the calorific value of coal and improve combustion efficiency. Coal additives have a function to improve the calorific value of coal and improve combustion efficiency. Some pulverized coal samples were prepared based on ASTM D2013/D2013M-18, then mixed with coal additives until homogeneous. The lab instruments are the bomb calorimeter and the proximate analysis. This study utilizes the phenomenon of parameters such as; the calorific value of coal, Sulfur content, ash content, and fixed carbon. The purpose of this study is to seek the optimum ability of coal additives of escalating the calorific value of coal and improve combustion efficiency.

Key concepts: Coal, Heat of combustion, Energy value of coal, Combustion, Waste management, Coal combustion products, Pulverized coal-fired boiler, Environmental science

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