Primeri rešenja za hlađenje i procesno grejanje u industrijskim primenama
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Feb 16, 2026
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Kao rezultat kontinuiranog rasta potražnje za energijom, uz istovremeno ukidanje kotlova na fosilna goriva, dekarbonizacija sektora industrijske procesne toplote nikada nije bila relevantnija. Toplotne pumpe imaju veliki potencijal da podrže ovaj proces. Iako principi tehnologije nisu novi, potrebne su nove primene i novi pristupi integraciji u procesima. Ovaj rad predlaže primere rešenja za kombinovano hlađenje i grejanje u postrojenjima prehrambene industrije, uključujući i generisanje pare pri niskom pritisku. Razmatraju se i nove instalacije, kao i rekonstrukcija postojećih sistema. Simulacije se koriste za prikaz koeficijenta korisnosti (COP) i razmatranje troškova instalacije. Takođe su predstavljeni i konkretni primeri realizovanih projekata u praksi.
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Kako citirati
RANGELOV, Ivan; BABIĆ, Pavle.
Primeri rešenja za hlađenje i procesno grejanje u industrijskim primenama.
Zbornik Međunarodnog kongresa i izložbe o KGH, [S.l.], v. 56, n. 1, p. 195-206, feb. 2026.
Dostupno na: <https://izdanja.smeits.rs/index.php/kghk/article/view/8287>. Datum pristupa: 12 mar. 2026
Broj časopisa
Sekcija
Forum: Poboljšanje energetske efikasnosti u novim tehnologijama hlađenja pogodnim za očuvanje klimatskih uslova i ozonskog omotača
Reference
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[2] Bamigbetan, O., Eikevik, T. M., Nekså, P., Bantle, M., & Schlemminger, C. (2018). Theo-retical analysis of suitable fluids for high temperature heat pumps up to 125 °C heat delivery. In-ternational journal of refrigeration, volume 92, 185-195.
[3] Boer, R. d., Marina, A., Zühlsdorf, B., Arpagaus, C., Bantle, M., Wilk, V., Benson, J. (2020). Strengthening Industrial Heat Pump Innovation: Decarbonizing Industrial Heat.
[4] *** CHPA. (2023). Industrial Heat Pump Development White Paper. Heat Pump Committee of China Energy Conservation Association (CHPA).
[5] *** Danfoss Bock. (2024, January 18). Retrieved from Danfoss Bock seme-hermetic compres-sors for stationary applications: https://vap.bock.de/stationaryapplication/Pages/Index.aspx
[6] *** EU-Council. (2023, August 01). European Green Deal. Retrieved from https://www.consilium.europa.eu/en/: https://www.consilium.europa.eu/en/policies/green-deal/
[7] *** Gulpener Bierbrouwerij. (2024, 02 21). Retrieved from https://www.gulpener.nl/heb-je-even/: https://www.gulpener.nl/heb-je-even/
[8] Hoffmann, K. (2023). Economic benefit of 100K temperature lift with natural refrigerant. 10th IIR Conference: Ammonia and CO2 Refrigeration Technologies, Ohrid (pp. 72-79). Ohrid: In-ternational Institute of Refrigeration.
[9] *** IEA. (2022). The Future of Heat Pumps.
[10] *** Johnson Controls White Paper. (2023). Heat pump or boiler: what’s the business case? JCI.
[11] Lund, T. (2023). Simulation tool for High temperature applications mapping. Danfoss.
[12] Lund, T., Skovrup, M. J., & Holst, M. (2019). Comparing energy consumption and life cycle cost of industrial size refrigeraton systems. Proceedings of the 25th IIR International Congress of Refrigeration. Montreal: IRC.
[13] Meyer-Kirschner, J., & Dorn, M. (2022). Towards energy transformation in chemical industry by largescale. 3rd High-Temperature Heat Pump Symposium 2022 (pp. 15-26). DTU.
[14] Pachai, A., Hafner, A., & Arpagaus, C. (2023). High-temperature working fluids for heat pumps –. 10th Conference on Ammonia and CO2 (pp. 62-71). Ohrid: International Institut of Refrigeration.
[15] Rangelov, I., & Lund, T. (2024). High Temperature Heat Pump mapping for Industrial applica-tions. High Temperature Heat Pump Symposium. Copenhagen: DTI.
[16] Reinholdt, L. (2023). TECHNICAL BUSINESS CASE BEHIND. Køle- og varmepumpefo-rum 2023 (pp. 92-100). Copenhagen: DTI.
[17] *** Servex. (2024, 02 21). Retrieved from https://www.servexkoelenvriestechniek.nl/: https://www.servexkoelenvriestechniek.nl/
[2] Bamigbetan, O., Eikevik, T. M., Nekså, P., Bantle, M., & Schlemminger, C. (2018). Theo-retical analysis of suitable fluids for high temperature heat pumps up to 125 °C heat delivery. In-ternational journal of refrigeration, volume 92, 185-195.
[3] Boer, R. d., Marina, A., Zühlsdorf, B., Arpagaus, C., Bantle, M., Wilk, V., Benson, J. (2020). Strengthening Industrial Heat Pump Innovation: Decarbonizing Industrial Heat.
[4] *** CHPA. (2023). Industrial Heat Pump Development White Paper. Heat Pump Committee of China Energy Conservation Association (CHPA).
[5] *** Danfoss Bock. (2024, January 18). Retrieved from Danfoss Bock seme-hermetic compres-sors for stationary applications: https://vap.bock.de/stationaryapplication/Pages/Index.aspx
[6] *** EU-Council. (2023, August 01). European Green Deal. Retrieved from https://www.consilium.europa.eu/en/: https://www.consilium.europa.eu/en/policies/green-deal/
[7] *** Gulpener Bierbrouwerij. (2024, 02 21). Retrieved from https://www.gulpener.nl/heb-je-even/: https://www.gulpener.nl/heb-je-even/
[8] Hoffmann, K. (2023). Economic benefit of 100K temperature lift with natural refrigerant. 10th IIR Conference: Ammonia and CO2 Refrigeration Technologies, Ohrid (pp. 72-79). Ohrid: In-ternational Institute of Refrigeration.
[9] *** IEA. (2022). The Future of Heat Pumps.
[10] *** Johnson Controls White Paper. (2023). Heat pump or boiler: what’s the business case? JCI.
[11] Lund, T. (2023). Simulation tool for High temperature applications mapping. Danfoss.
[12] Lund, T., Skovrup, M. J., & Holst, M. (2019). Comparing energy consumption and life cycle cost of industrial size refrigeraton systems. Proceedings of the 25th IIR International Congress of Refrigeration. Montreal: IRC.
[13] Meyer-Kirschner, J., & Dorn, M. (2022). Towards energy transformation in chemical industry by largescale. 3rd High-Temperature Heat Pump Symposium 2022 (pp. 15-26). DTU.
[14] Pachai, A., Hafner, A., & Arpagaus, C. (2023). High-temperature working fluids for heat pumps –. 10th Conference on Ammonia and CO2 (pp. 62-71). Ohrid: International Institut of Refrigeration.
[15] Rangelov, I., & Lund, T. (2024). High Temperature Heat Pump mapping for Industrial applica-tions. High Temperature Heat Pump Symposium. Copenhagen: DTI.
[16] Reinholdt, L. (2023). TECHNICAL BUSINESS CASE BEHIND. Køle- og varmepumpefo-rum 2023 (pp. 92-100). Copenhagen: DTI.
[17] *** Servex. (2024, 02 21). Retrieved from https://www.servexkoelenvriestechniek.nl/: https://www.servexkoelenvriestechniek.nl/