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Stanislav Boldyryev
Stanislav Boldyryev
University of Zagreb, Faculty of Mechanical Engineering and Naval Architecture
Verified email at fsb.hr - Homepage
Title
Cited by
Cited by
Year
The use of plate heat exchangers to improve energy efficiency in phosphoric acid production
P Kapustenko, S Boldyryev, O Arsenyeva, G Khavin
Journal of Cleaner Production 17 (10), 951-958, 2009
522009
Integration of a heat pump into the heat supply system of a cheese production plant
PO Kapustenko, LM Ulyev, SA Boldyryev, AO Garev
Energy 33 (6), 882-889, 2008
492008
Approaches for Retrofitting Heat Exchanger Networks within Processes and Total Sites
L Čuček, S Boldyryev, JJ Klemeš, Z Kravanja, G Krajačić, PS Varbanov, ...
Journal of Cleaner Production 211, 884-894, 2019
482019
Process integration of sodium hypophosphite production
L Tovazhnyansky, P Kapustenko, L Ulyev, S Boldyryev, O Arsenyeva
Applied thermal engineering 30 (16), 2306-2314, 2010
462010
Capital Cost Targeting of Total Site Heat Recovery
JJK Andreja Nemet, Stanislav Boldyryev, Petar Sabev
Chemical Engineering Transaction 29, 1447-1452, 2012
40*2012
Analysis of energy saving of the combination of distillation and pervaporation for biofuel production
E Nagy, S Boldyryev, P . Varbanov
Proceedings of the 6th International Conference on Process Systems …, 2013
382013
Thermal process integration in the AVDU A12/2 crude distillation unit during winter operation
LL Tovazhnyanskii, PA Kapustenko, LM Ul’Ev, SA Boldyrev, ...
Theoretical Foundations of Chemical Engineering 43 (6), 906-917, 2009
37*2009
Minimum heat transfer area for Total Site heat recovery
S Boldyryev, PS Varbanov, A Nemet, JJ Klemeš, P Kapustenko
Energy conversion and management 87, 1093-1097, 2014
362014
Appropriate integration of geothermal energy sources by Pinch approach: Case study of Croatia
AE Barkaoui, S Boldyryev, N Duic, G Krajacic, Z Guzović
Applied energy 184, 1343-1349, 2016
352016
Process integration of crude oil distillation with technological and economic restrictions.
L Ulyev, M Vasiliev, S Boldyryev
Journal of environmental management 222, 454, 2018
292018
Low potential heat utilization of bromine plant via integration on process and Total Site levels
S Boldyryev, PS Varbanov
Energy 90, 47-55, 2015
272015
The improved heat integration of cement production under limited process conditions: A case study for Croatia
S Boldyryev, H Mikulčić, Z Mohorović, M Vujanović, G Krajačić, N Duić
Applied Thermal Engineering 105, 839-848, 2016
232016
The calculation of solar energy used by hot water systems in permafrost region: An experimental case study for Yakutia
NA Tsvetkov, UO Krivoshein, AV Tolstykh, AN Khutornoi, S Boldyryev
Energy 210, 118577, 2020
212020
Thermal process integration in the AVDU A12/2 crude distillation unit during winter operation
LL Tovazhnyanskii, PA Kapustenko, LM Ul’ev, SA Boldyrev, OP Arsen’eva, ...
Theoretical foundations of chemical engineering 43 (6), 906-917, 2009
192009
Energy demand of biofuel production applying distillation and/or pervaporation
E Nagy, S Boldyryev
Chem. Eng. Trans 35, 265-270, 2013
182013
Heat integration improvement for benzene hydrocarbons extraction from coke-oven gas
LL Tovazhnyanskyy, PO Kapustenko, L Ulyev, SA Boldyryev
The Italian Association of Chemical Engineering, 2011
182011
Thermodynamics-based process sustainability evaluation
PS Varbanov, HH Chin, AE Plesu Popescu, S Boldyryev
Energies 13 (9), 2132, 2020
162020
Energy integration of the early crude oil units with take into account different regimes
LL Tovazhnyansky, PO Kapustenko, LM Ulyev, SA Boldyryev, ...
Chemical Engineering Transaction 7, 103-108, 2005
162005
Process integration for bromine plant
S Boldyryev, PS Varbanov
CHEMICAL ENGINEERING 39, 2014
142014
Development of the computer-aided application for the use of solar energy in the hot water supply system of Russian permafrost regions
NA Tsvetkov, YO Krivoshein, AN Khutornoi, S Boldyryev, AV Petrova
Chemical Engineering Transactions 81, 943-948, 2020
132020
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