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P. S. Klauzner

Observed names: Klauzner, Pavel, Klauzner, Pavel S., Pavel S. Klauzner, П. С. Клаузнер
ORCID: 0000-0001-5844-549X
Observed ORCID: 0000-0001-5844-549X
OpenAlex ID: A5008811701
Application Regularities of Heat Pumps in Extractive Distillation
2022 · P. S. Klauzner, D. G. Rudakov, et al. · Theoretical Foundations of Chemical Engineering · 11
Use of Partially Thermally Coupled Distillation Systems and Heat Pumps for Reducing the Energy Consumption in the Extractive Distillation of an Isobutanol–Isobutyl Acetate Mixture Using Dimethylformamide
2020 · P. S. Klauzner, D. G. Rudakov, et al. · Theoretical Foundations of Chemical Engineering · 11
Energy saving in the extractive distillation of isobutyl alcohol–isobutyl acetate with n-butyl propionate
2020 · P. S. Klauzner, D. G. Rudakov, et al. · Fine Chemical Technologies · 7
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Optimal modes of side-section flow in heat-pump-assisted extractive distillation systems for separating allyl alcohol–allyl acetate mixtures with butyl propionate
2021 · P. S. Klauzner, D. G. Rudakov, et al. · Fine Chemical Technologies · 6
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APPLICATION OF A COMPLEX WITH PATRICIANLY COUPLED THERMAL AND ENERGY FLOWS AND HEAT PUMPS IN EXTRACTIVE DISTILLATION OF ALLYL ALCOHOL - ALLYL ACETATE MIXTURE WITH n-BUTYL PROPIONATE
2020 · Pavel S. Klauzner, Danila G. Rudakov, et al. · Chemistry and Technology of Organic Substances · 5
Application of diabatic extractive distillation schemes with preliminary separation of azeotropic components for separation of acetone-toluene-n-butanol mixture
2023 · P. S. Klauzner, D. G. Rudakov, et al. · Fine Chemical Technologies · 3
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Energy efficiency of diabatic distillation schemes for an acetone–toluene–n-butanol mixture with an entrainer in the first column
2023 · P. S. Klauzner, D. G. Rudakov, et al. · Fine Chemical Technologies · 3
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Extractive distillation of tetrahydrofuran–ethyl acetate–water mixture in schemes including columns with side sections and side draws
2025 · D. G. Rudakov, S. M. Kharlamov, et al. · Fine Chemical Technologies · 2
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Efficiency of Using Heat Pumps in the Extractive Rectification of an Allyl Alcohol–Allyl Acetate Mixture Depending on the Composition of the Feed. Part 2. Application of Heat Pumps in Column Complexes with Partially Coupled Heat and Material Flows
2024 · D. G. Rudakov, P. S. Klauzner, et al. · Theoretical Foundations of Chemical Engineering · 2
Nonadiabatic Schemes of the Extractive Distillation of an Acetone–Chloroform–n-Butanol Mixture
2022 · D. G. Rudakov, P. S. Klauzner, et al. · Theoretical Foundations of Chemical Engineering · 1
Применение схем с частично связанными тепловыми и материальными потоками и тепловых насосов для снижения энергетических затрат на экстрактивную ректификацию смеси изобутиловый спирт–изобутилацетат с диметилформамидом
2020 · П. С. Клаузнер, Д. Г. Рудаков, et al. · Теоретические основы химической технологии · 1
Application of columns with side withdrawal in schemes for benzene recovery from benzene-containing fractions of various compositions
2026 · D. A. Ramochnikov, E. A. Anokhina, et al. · Fine Chemical Technologies
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Effect of the Phase State of the Feed on the Efficiency of Using Dividing-Wall Columns for the Fractionation of Hydrocarbon Mixtures
2019 · S. O. Kocharyan, D. G. Rudakov, et al. · Theoretical Foundations of Chemical Engineering
Влияние агрегатного состава питания на эффективность применения колонн с перегородками для ректификации смесей углеводородов
2019 · С. О. Кочарян, Д. Г. Рудаков, et al. · Теоретические основы химической технологии
Works count: 18
Citation count: 52
H-index: 5
I10-index: 2
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