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IIR document
TBAB hydrate slurry based latent heat thermal storage system.
CO2 hydrate slurries for rapid chilling of fresh food products.
Effect of phase change kinetics on energy efficiency of secondary refrigeration with hydrate slurries.
Energy study of CO2 hydrate slurries formation in a tank reactor.
Dynamic modelling of secondary refrigeration loop with CO2 hydrate slurry.
Improvement of CO2 hydrate slurry transportation in flow loop: effect of anti-agglomerant additives on rheological properties.
Impact of pressure on the dynamic behavior of CO2 hydrate slurry during storage process.
Using hydrate slurries to increase the solar fraction of solar heating and cooling systems.
Multi-performance assessment of hydrate slurries for secondary refrigeration in a modelled industrial case study.
Heat transfer and flow characteristics during the formation of TBAB hydrate slurry in a coil heat exchanger.
Development of a novel salt hydrate phase change material slurry for thermal management and heat transportation in solar photovoltaic thermal systems.
Practical aspects on slurries for refrigeration and air conditioning.
Investigation on adhesion force of TBAB hydrate to cooling copper surface.
Energy and economic approach for the use of thermal energy storage on district cooling : impact of scenario and materials.
Refrigeration sector monitoring
2 results
PCM2016 conference: TBAB hydrate slurry based latent heat thermal storage system
Combining latent heat thermal storage with night time generation of TBAB hydrate slurry can significantly reduce the investment cost of systems for cooling purposes.
ICR2019: overview of current refrigeration research topics (part III)
Energy storage, desiccant air conditioning, high-temperature heat pumps and ejector technologies were some of the salient topics of the latest IIR Congress. Continuation of the synthesis of key presentations of ICR2019.
IIR news
1 result
PCM 2018
Review of the 12th IIR International Conference on Phase-Change Materials and Slurries for Refrigeration and Air Conditioning (PCM 2018).