Recommended by the IIR / IIR document
16th IIR-Gustav Lorentzen Conference on Natural Refrigerants. Proceedings. Hamilton, New Zealand, August 23-26 2026.
Date: 2026.08.23 / 2026.08.26
Location: Hamilton, New Zealand
Summary
With the increasing need for global warming countermeasures, natural working fluids have become a clear vector to reducing the CO2 footprint of the refrigeration, and heating and cooling sectors and migrating towards long-term sustainable solutions. The IIR-Gustav Lorentzen conference series contributes to bringing forward solutions compliant with the phase-down prescribed by the Kigali amendment to the Montreal Protocol, exploring innovations based on natural working fluids for applications within refrigeration, air conditioning, heat pumps and heat engines.
On August 23-26, 2026 at the University of Waikato in Hamilton, New Zealand, the 17th IIR-Gustav Lorentzen Conference on Natural Refrigerants (GL 2026) provided the ideal platform for discussing the latest research results and development of alternative natural refrigerants. The edition revolved around the following theme: “Advancing heat pumps and net-zero carbon energy with natural refrigerants”
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Details
- Original title: 16th IIR-Gustav Lorentzen Conference on Natural Refrigerants. Proceedings. Hamilton, New Zealand, August 23-26 2026.
- Organiser : University of Waikato, AHUORA (center for smart energy systems), IIR, IIR-NZNC
- Record ID : 30035347
- Languages: English
- Number of articles: 0
- Publication: IIF-IIR - Paris - France
- ISSN: 3136-0416
- ISBN: 978-2-36215-070-8
- Series number: 17
- Conference type: IIR Conference
- IIR commissions: Refrigerated storage, Air conditioning, Refrigerating equipment, Refrigerated transport, Heat pumps, energy recovery
Links
See conference
Indexing
-
Themes:
CO2;
Ammonia;
Compression systems;
Ejector systems, air cycle, Stirling cycle, other cycles);
Hydrocarbons;
Refrigerant circulation: piping, control, automation, safety - Keywords: R744; Refrigerant charge; Safety; CFD; CO2 emission; Transcritical cycle; Industrial application; Household application; Commercial application; Natural refrigerant; Modelling; Low GWP; Market; Thermodynamic cycle; Heat recovery; Heat exchanger
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