Heat Exchangers for Heat Pump Applications in District Heating using Natural Refrigerants
Heat Exchangers for Heat Pump Applications in District Heating using Natural Refrigerants Currently the biggest issue is the control of gases that play a detrimental role in global warming. These harmful gases are generated by the power plants consuming fossil fuels. One way to reduce the use of energy produced by these sources is to […]
Does Annular Flow Boiling Inside a Tube improve Heat Exchanger Performance?
Does Annular Flow Boiling Inside a Tube improve Heat Exchanger Performance? Vast literature is available about two-phase flow boiling in horizontal round tubes in heat exchangers. Several studies on flow pattern and mapping are also available. However, limited literature is available about two-phase flow in small cylindrical annular passages. A detailed experimental study was conducted […]
Why does Carbon Dioxide (CO2) stand out in a DX Heat Exchanger in low temperature systems?
Why does Carbon Dioxide (CO2) stand out in a DX Heat Exchanger in low temperature systems? Since the Kigali Amendment of Montreal Protocol in 2016, the world refrigeration community has been looking more into the natural refrigerant route. The Kigali Amendment calls for the phase out of Hydrofluorocarbons (HFC) as follows: Developed countries: 10% reduction […]
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- Heat Exchangers for Heat Pump Applications in District Heating using Natural Refrigerants
- Does Annular Flow Boiling Inside a Tube improve Heat Exchanger Performance?
- Why does Carbon Dioxide (CO2) stand out in a DX Heat Exchanger in low temperature systems?
- An Important Consideration in Designing a Heat Exchanger operating close to Freeze Point of a fluid – Phenomenon of “Freeze Fouling”
- Is Shell and Plate Heat Exchanger a better choice for Ammonia/Carbon Dioxide Condenser?