Functioning of a chiller
How does it work a chiller, simply employing a thermal transfer cycle through compression, evaporation and a condenser with a refrigerant gas as thermal vector and using heat exchangers.
Categoria: condenser
What is and how it works a Heat Pump
A refrigerator with a condenser/heater exchanger and an evaporator/cooler exchanger in reversible cycle at season’s change, that’s how a heat pump works providing both heating and conditioning.
Biogas dehumidification for cogeneration
Shell and tube exchangers combined with a chiller for biogas dehumidification in the treatment of the gas to be employed in cogeneration plants.
Chillers in power generation plants
Chillers in power generation plants are employed for biogas treatment and dehumidification, combined with shell and tube heat exchangers as condensers to prevent corrosive moisture by entering the cogeneration engines circuit.
Adiabatic free cooling at Plast 2018
Mita is introducing at Plast 2018 the new PAD-V series of adiabatic coolers, offering improved energy saving and efficiency levels in free cooling applications in the plastic and rubber industry.
R&D in simulation models for cogeneration
Among the several offers for scholarships launched by Italian Universities, often aiming to digitalization and Industry 4.0 technologies, recently our […]
Cooling towers, first European efficiency standard
The collaboration between industries and the independent certification association Eurovent Certita Certification (ECC) led on last October to the publication […]
Heat pumps, how do they work
From the pen of Fabrizio Gallelli, directly on the italian language site www.ingegneri.info, here’s an interesting article on the topic […]
Graphene plastic heat exchangers
Heat exchangers in the future are going to be less expensive, reaching thermal transfer efficiency higher than we can imagine […]
Cold from heat: energy saving with absorption chillers
Heat recovery for cooling. In spite of the appearing contradiction – how can it be possible to obtain cold from […]