Search results for: adsorption chiller

• The effect of heat exchanger geometry on adsorption chiller performance

  Publication

  • M. Sosnowski
  • K. Grabowska
  • J. Krzywański
  • W. Nowak
  • K. Sztekler
  • W. Kalawa

  - Journal of Physics : Conference Series - Year 2018

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• Analysis of heat transfer in a coated bed of an adsorption chiller

  Publication

  • K. Grabowska
  • M. Sosnowski
  • J. Krzywanski
  • K. Sztekler
  • W. Kalawa
  • A. Zylka
  • W. Nowak

  - MATEC Web of Conferences - Year 2018

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• Modeling of a Combined Cycle Gas Turbine Integrated with an Adsorption Chiller

  Publication

  • K. Sztekler
  • W. Kalawa
  • L. Mika
  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • W. Nowak
  • T. Siwek
  • A. Bieniek

  - ENERGIES - Year 2020

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• Modeling of a re-heat two-stage adsorption chiller by AI approach

  Publication

  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • A. Żyłka
  • K. Sztekler
  • W. Kalawa
  • T. Wójcik
  • W. Nowak

  - MATEC Web of Conferences - Year 2018

  Full text to download in external service

• The Numerical Comparison of Heat Transfer in a Coated and Fixed Bed of an Adsorption Chiller

  Publication

  • K. Grabowska
  • M. Sosnowski
  • J. Krzywanski
  • K. Sztekler
  • W. Kalawa
  • A. Zylka
  • W. Nowak

  - Journal of Thermal Science - Year 2018

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• Optimization of a three-bed adsorption chiller by genetic algorithms and neural networks

  Publication

  • J. Krzywanski
  • K. Grabowska
  • F. Herman
  • P. Pyrka
  • M. Sosnowski
  • T. Prauzner
  • W. Nowak

  - ENERGY CONVERSION AND MANAGEMENT - Year 2017

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• Adsorption chiller in a combined heating and cooling system: simulation and optimization by neural networks

  Publication

  • J. Krzywanski
  • K. Sztekler
  • M. Bugaj
  • W. Kalawa
  • K. Grabowska
  • P. Chaja
  • M. Sosnowski
  • W. Nowak
  • Ł. Mika
  • S. Bykuć

  - Bulletin of the Polish Academy of Sciences Technical Sciences - Year 2021

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• Performance Evaluation of a Single-Stage Two-Bed Adsorption Chiller With Desalination Function

  Publication

  • K. Sztekler
  • W. Kalawa
  • W. Nowak
  • Ł. Mika
  • J. Krzywański
  • K. Grabowska
  • M. Sosnowski
  • A. Alharbi

  - JOURNAL OF ENERGY RESOURCES TECHNOLOGY-TRANSACTIONS OF THE ASME - Year 2021

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• An adaptive neuro-fuzzy model of a re-heat two-stage adsorption chiller

  Publication

  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • A. Zylka
  • K. Sztekler
  • W. Kalawa
  • T. Wojcik
  • W. Nowak

  - Thermal Science - Year 2019

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• Construction of an innovative adsorbent bed configuration in the adsorption chiller - Selection criteria for effective sorbent-glue pair

  Publication

  • K. Grabowska
  • J. Krzywanski
  • W. Nowak
  • M. Wesolowska

  - Energy - Year 2018

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• Construction of an innovative adsorbent bed configuration in the adsorption chiller part 2. experimental research of coated bed samples

  Publication

  • K. Grabowska
  • K. Sztekler
  • J. Krzywanski
  • M. Sosnowski
  • S. Stefanski
  • W. Nowak

  - Energy - Year 2021

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• The influence of adsorption chillers on CHP power plants

  Publication

  • K. Sztekler
  • W. Kalawa
  • S. Stefański
  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • W. Nowak

  - MATEC Web of Conferences - Year 2018

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• Integration adsorption chillers with conventional power plant

  Publication

  • K. Sztekler
  • W. Kalawa
  • S. Stefański
  • Ł. Mika
  • J. Krzywański
  • K. Grabowska
  • W. Nowak

  - E3S Web of Conferences - Year 2019

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• Heat transfer in fluidized and fixed beds of adsorption chillers

  Publication

  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • A. Zylka
  • A. Kulakowska
  • T. Czakiert
  • K. Sztekler
  • M. Wesolowska
  • W. Nowak

  - E3S Web of Conferences - Year 2019

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• Integration of adsorption chillers with combined cycle gas turbine

  Publication

  • K. Sztekler
  • W. Kalawa
  • Ł. Mika
  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • Ł. Lis
  • W. Nowak
  • A. Łukasz
  • T. Siwek

  - E3S Web of Conferences - Year 2019

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• Using adsorption chillers for utilising waste heat from power plants

  Publication

  • K. Sztekler
  • W. Kalawa
  • S. Stefanski
  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • W. Nowak
  • M. Makowski

  - Thermal Science - Year 2019

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• Possibility of use adsorption chillers for increase efficiency in conventional power plant

  Publication

  • K. Sztekler
  • W. Kalawa
  • W. Nowak
  • S. Stefański
  • J. Krzywański
  • K. Grabowska
  • Ł. Mika

  - EPJ Web of Conferences - Year 2019

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• Heat Transfer in Adsorption Chillers with Fluidized Beds of Silica Gel, Zeolite, and Carbon Nanotubes

  Publication

  • J. Krzywanski
  • K. Grabowska
  • M. Sosnowski
  • A. Zylka
  • A. Kulakowska
  • T. Czakiert
  • K. Sztekler
  • M. Wesolowska
  • W. Nowak

  - HEAT TRANSFER ENGINEERING - Year 2022

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• The experimental results of sorption cycles

  Open Research Data

  open access

  • J. Krzywański
  • K. Grabowska
  • A. Żyłka
  • A. Kułakowska
  • M. Sosnowski
  • D. Skrobek

  Experimental studies of sorption cycles were carried out using a prototype research stand, which is a laboratory-scale model of an adsorption chiller. The Intensified Heat Transfer Adsorption Bed (IHTAB) reactor is adapted to the analysis and optimization of various parameters of adsorption systems, e.g., constructions and compositions of adsorption...