Environmental Aspects and Energy Characteristics of the Combustion of Composite Fuels Based on Peat, Oil, and Water

Abstract

Abstract: The necessary conditions and integral characteristics of the ignition and subsequent combustion of mixed fuels prepared on the basis of peat, crude oil, and water were studied. Fuel mixtures were burned in the form of a layer (a weighed sample), slurry droplets, or pellets in a model combustion chamber at a temperature of 300–900°C. The results were compared with data obtained upon the combustion of lean coal under analogous conditions. The experimental results illustrate the energy and environmental feasibility of the combined burning of peat and oil-containing components in a fuel and energy cycle. As found experimentally, the composite fuels have a sufficiently high energy and environmental potential, and they can be used as a primary or secondary energy source.

Original language	English
Pages (from-to)	294-302
Number of pages	9
Journal	Solid Fuel Chemistry
Volume	53
Issue number	5
DOIs	https://doi.org/10.3103/S0361521919050100
Publication status	Published - 1 Sep 2019

Keywords

composite fuel
crude oil
emissions
ignition
peat

ASJC Scopus subject areas

Chemistry(all)
Chemical Engineering(all)
Fuel Technology

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10.3103/S0361521919050100

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Vershinina, K. Y., Dorokhov, V. V., Nyashina, G. S., & Romanov, D. S. (2019). Environmental Aspects and Energy Characteristics of the Combustion of Composite Fuels Based on Peat, Oil, and Water. Solid Fuel Chemistry, 53(5), 294-302. https://doi.org/10.3103/S0361521919050100

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abstract = "Abstract: The necessary conditions and integral characteristics of the ignition and subsequent combustion of mixed fuels prepared on the basis of peat, crude oil, and water were studied. Fuel mixtures were burned in the form of a layer (a weighed sample), slurry droplets, or pellets in a model combustion chamber at a temperature of 300–900°C. The results were compared with data obtained upon the combustion of lean coal under analogous conditions. The experimental results illustrate the energy and environmental feasibility of the combined burning of peat and oil-containing components in a fuel and energy cycle. As found experimentally, the composite fuels have a sufficiently high energy and environmental potential, and they can be used as a primary or secondary energy source.",

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T1 - Environmental Aspects and Energy Characteristics of the Combustion of Composite Fuels Based on Peat, Oil, and Water

AU - Vershinina, K. Yu

AU - Dorokhov, V. V.

AU - Nyashina, G. S.

AU - Romanov, D. S.

PY - 2019/9/1

Y1 - 2019/9/1

N2 - Abstract: The necessary conditions and integral characteristics of the ignition and subsequent combustion of mixed fuels prepared on the basis of peat, crude oil, and water were studied. Fuel mixtures were burned in the form of a layer (a weighed sample), slurry droplets, or pellets in a model combustion chamber at a temperature of 300–900°C. The results were compared with data obtained upon the combustion of lean coal under analogous conditions. The experimental results illustrate the energy and environmental feasibility of the combined burning of peat and oil-containing components in a fuel and energy cycle. As found experimentally, the composite fuels have a sufficiently high energy and environmental potential, and they can be used as a primary or secondary energy source.

AB - Abstract: The necessary conditions and integral characteristics of the ignition and subsequent combustion of mixed fuels prepared on the basis of peat, crude oil, and water were studied. Fuel mixtures were burned in the form of a layer (a weighed sample), slurry droplets, or pellets in a model combustion chamber at a temperature of 300–900°C. The results were compared with data obtained upon the combustion of lean coal under analogous conditions. The experimental results illustrate the energy and environmental feasibility of the combined burning of peat and oil-containing components in a fuel and energy cycle. As found experimentally, the composite fuels have a sufficiently high energy and environmental potential, and they can be used as a primary or secondary energy source.

KW - composite fuel

KW - crude oil

KW - emissions

KW - ignition

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