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Experimental Research on Co-combustion of Biomass and Coal

Lian Liu

Open publisher page 6 citations

Abstract

In order to obtain the co-combustion properties of biomass and coal, the thermal gravimetric analyses were used to study the properties of blended samples, the combustibility characteristic parameters such as ignition temperature, peak temperature at maximum weight loss rate, burnout temperature, and maximum rate of combustion would be investigated.After dealing with experimental data, the kinetics parameter E and A were obtained.The experimental results show that the lower ignition temperature and better burnout property can be achieved for the biomass than coal.

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What this paper is about

In order to obtain the co-combustion properties of biomass and coal, the thermal gravimetric analyses were used to study the properties of blended samples, the combustibility characteristic parameters such as ignition temperature, peak temperature at maximum weight loss rate, burnout temperature, and maximum rate of combustion would be investigated.After dealing with experimental data, the kinetics parameter E and A were obtained.The experimental results show that the lower ignition temperature and better burnout property can be achieved for the biomass than coal.

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Available abstract

In order to obtain the co-combustion properties of biomass and coal, the thermal gravimetric analyses were used to study the properties of blended samples, the combustibility characteristic parameters such as ignition temperature, peak temperature at maximum weight loss rate, burnout temperature, and maximum rate of combustion would be investigated.After dealing with experimental data, the kinetics parameter E and A were obtained.The experimental results show that the lower ignition temperature and better burnout property can be achieved for the biomass than coal.

Key concepts: Combustibility, Combustion, Coal, Autoignition temperature, Biomass (ecology), Ignition system, Materials science, Burn rate (chemistry)

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