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P. V. Roslyakov

Observed names: P Roslyakov, P V Roslyakov, P.V. Roslyakov, Pavel Roslyakov, Pavel V. Roslyakov, Pavel Vasilievich Roslyakov
ORCID: 0000-0001-8978-5251
Observed ORCID: 0000-0001-8978-5251
OpenAlex ID: A5061735986
Increase of efficiency and reliability of liquid fuel combustion in small-sized boilers
2017 · P V Roslyakov, Yu V Proskurin, et al. · Journal of Physics Conference Series · 11
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A study of natural circulation in the evaporator of a horizontal-tube heat recovery steam generator
2014 · P. V. Roslyakov, K. A. Pleshanov, et al. · Thermal Engineering · 11
Efficient combustion of fuels with controlled chemical underburning
2009 · P. V. Roslyakov, I. L. Ionkin, et al. · Thermal Engineering · 11
Studying the possibility of separate and joint combustion of Estonian shales and oil shale retort gas at thermal power plants
2015 · P. V. Roslyakov, Raivo Attikas, et al. · Thermal Engineering · 10
Developing the Cost-Estimation Technique When Switching to Best Available Power Technologies
2019 · O. E. Kondrat’eva, P. V. Roslyakov, et al. · Thermal Engineering · 9
Development of combined low-emissions burner devices for low-power boilers
2017 · P. V. Roslyakov, Yu. V. Proskurin, et al. · Thermal Engineering · 9
Modern air protection technologies at thermal power plants (review)
2016 · P. V. Roslyakov · Thermal Engineering · 9
Use of coals for cocombustion with Estonian shale oil
2016 · P. V. Roslyakov, M. N. Zaichenko, et al. · Thermal Engineering · 9
Effect of a condensation utilizer on the operation of steam and hot-water gas-fired boilers
2015 · I. L. Ionkin, A. V. Ragutkin, et al. · Thermal Engineering · 9
Optimal Choice of the Best Available Technologies for Russian Thermal Power Plants
2019 · P. V. Roslyakov, O. E. Kondrat’eva, et al. · Thermal Engineering · 7
Implementation of Continuous Monitoring and Reporting Systems of Pollutant Emissions into the Atmosphere at the Enterprises with a significant Negative Impact on the Environment
2016 · O.E. Kondratyeva, P.V. Roslyakov · Ecology and Industry of Russia · 7
Assessment of the Potential for Decreasing Greenhouse Gas Emission in Burning Fuels in Boilers at Thermal-Power Plants (TPP) and Boiler Houses
2022 · P. V. Roslyakov, B. A. Rybakov, et al. · Thermal Engineering · 6
Experience Gained with CFD-Modeling of Liquid and Gaseous Fuel Combustion Processes in Power Installations (Review)
2019 · P. V. Roslyakov, I. V. Khudyakov, et al. · Thermal Engineering · 6
Application of Condensing Heat Utilizers at Heat-Power Engineering Objects (Review)
2018 · I. L. Ionkin, P. V. Roslyakov, et al. · Thermal Engineering · 6
Reducing harmful emissions discharged into the atmosphere from operating boilers by applying a combination of low-cost technological measures
2010 · P. V. Roslyakov, I. L. Ionkin, et al. · Thermal Engineering · 6
The optimal conditions for firing fuel with controlled incomplete combustion
2010 · P. V. Roslyakov, K. A. Pleshanov, et al. · Thermal Engineering · 6
Process-Related Standardization of Thermal Electric Power Facilities: The Best Available Techniques and General Binding Rules
2021 · P. V. Roslyakov, E. V. Cherkasskii, et al. · Thermal Engineering · 5
Comparative study of gas-analyzing systems designed for continuous monitoring of TPP emissions
2017 · O. E. Kondrat’eva, P. V. Roslyakov · Thermal Engineering · 5
Stability of Natural Circulation in a Vertical Boiler-Utilizer Loop with Horizontal Evaporator Pipes During Startup
2016 · K. A. Pleshanov, K. V. Sterkhov, et al. · Power Technology and Engineering · 5
Combustion of bark and wood waste in the fluidized bed boiler
2016 · K. A. Pleshanov, I. L. Ionkin, et al. · Thermal Engineering · 5
Studying the possibility of running the TPE-208 boiler of unit 1 at the Smolensk district power station on off-design coals
2011 · V. M. Supranov, M. A. Izyumov, et al. · Thermal Engineering · 5
Study on prompt NOx emission in boilers
1996 · B. J. Zhong, P. V. Roslyakov · Journal of Thermal Science · 5
Assessing Greenhouse Gas Emissions for Coal-fired Power Plants in the Context of Carbon Regulation Development in the Russian Federation
2023 · P.V. Roslyakov, D.O. Skobelev, et al. · Ugol · 4
New Ash and Sulfur Dioxide Emission Limit Levels for Large Combustion Plants and Best Available Techniques of Stack Gases Treatment
2021 · V.P. Meshalkin, P.V. Roslyakov, et al. · Ecology and Industry of Russia · 4
A study of burning processes of fossil fuels in straitened conditions of furnaces in low capacity boilers by an example of natural gas
2018 · P V Roslyakov, Y V Proskurin, et al. · Journal of Physics Conference Series · 4
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Works count: 71
Citation count: 239
H-index: 9
I10-index: 4
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