© 2018 Institute of Physics Publishing. All rights reserved. In modern power engineering, there is a problem of rational and efficient use of hydrocarbon fuels variable composition. The composition of the fuel can vary in time and from different sources. These changes lead to combustion optimum regime shift in thermal power plants. Previously, an algorithm of combustion optimizing of a hydrocarbon fuel variable composition in thermal power plants was developed. According to the algorithm, the fuel and air flows are regulated depending on the outlet temperature of the heat carrier. In this paper, a diagram of the implementation of this algorithm is presented
© 2020 Published under licence by IOP Publishing Ltd. A theoretical study of the combustion of hydro...
The content of components in gaseous fuels can vary widely, depending on the source, time and stage ...
This thesis presents new strategies for the design of power cycles to satisfy the heating and power ...
© 2018 Institute of Physics Publishing. All rights reserved. In modern power engineering, there is a...
Problems of natural resources rational using, energy efficiency and energy saving are topical at pre...
It is known that associated petroleum gas and refinery waste can be used as fuel in thermal power pl...
© 2019 IOP Publishing Ltd. The article describes the laboratory setup designed to study the combusti...
© Published under licence by IOP Publishing Ltd. This article explores the combustion of gaseous fue...
The composition of the gaseous fuel can vary widely, depending on the source, time and stage of deve...
Fossil energy sources are used as fuel in the combustion process at thermal power plants. The reduce...
This paper presents the algorithm and results of a computer program for calculation of complex equil...
This paper explores the role of optimization in different power plant design phases. It provides an ...
The composition of a solid fuel (SF) is optimized for heat generators with respect to combustion cha...
Using associated gas and waste oil refineries in thermal power plants, a complex problem due to the ...
International audienceChemical flame structures encountered in practical turbulent combustion chambe...
© 2020 Published under licence by IOP Publishing Ltd. A theoretical study of the combustion of hydro...
The content of components in gaseous fuels can vary widely, depending on the source, time and stage ...
This thesis presents new strategies for the design of power cycles to satisfy the heating and power ...
© 2018 Institute of Physics Publishing. All rights reserved. In modern power engineering, there is a...
Problems of natural resources rational using, energy efficiency and energy saving are topical at pre...
It is known that associated petroleum gas and refinery waste can be used as fuel in thermal power pl...
© 2019 IOP Publishing Ltd. The article describes the laboratory setup designed to study the combusti...
© Published under licence by IOP Publishing Ltd. This article explores the combustion of gaseous fue...
The composition of the gaseous fuel can vary widely, depending on the source, time and stage of deve...
Fossil energy sources are used as fuel in the combustion process at thermal power plants. The reduce...
This paper presents the algorithm and results of a computer program for calculation of complex equil...
This paper explores the role of optimization in different power plant design phases. It provides an ...
The composition of a solid fuel (SF) is optimized for heat generators with respect to combustion cha...
Using associated gas and waste oil refineries in thermal power plants, a complex problem due to the ...
International audienceChemical flame structures encountered in practical turbulent combustion chambe...
© 2020 Published under licence by IOP Publishing Ltd. A theoretical study of the combustion of hydro...
The content of components in gaseous fuels can vary widely, depending on the source, time and stage ...
This thesis presents new strategies for the design of power cycles to satisfy the heating and power ...