Given its relevance, we echo the article published in
Environmental protection and cost savings will set trends in 2021
In the current economic context, the AEFYT Evaporative Refrigeration Group claims
the use of water as a natural coolant
– Cooling towers and evaporative condensers favor the reuse of water and reduce its consumption.
– The use of water as a refrigerant does not provide CO2 emissions.
– Evaporative cooling contributes to the fight against climate change.
The article begins by stating that energy efficiency, emission reduction, environmental protection and cost savings are the trends that will mark the year 2021.
For this, AEFYT’s Evaporative Refrigeration Group recalls how this technology is capable of increasing energy efficiency, making responsible use of water and thus contributing to environmental sustainability. Likewise, the Group insists that cooling towers and evaporative condensers reduce the cost associated with both the generalized use of air conditioning and the cold required in industrial processes, thus favoring energy savings in sectors especially affected by the economic crisis derived from Covid-19 such as tourism, commerce or industry
Evaporative cooling significantly reduces energy consumption thanks to the efficiency of the process and the high energy performance it offers.
The use of water as a natural refrigerant guarantees protection of the environment, increasing energy efficiency and ensuring environmental and economic sustainability.
The use of water does not contribute CO2 emissions, favoring the reduction of the effects of climate change
98% of the water is reused, leaving 1% for evaporation and 1% for purging.
This equipment leaves behind a reduced water footprint (HH), an environmental indicator that evaluates the volume of fresh water used in the production of goods and services and, consequently, the economic and environmental cost of any product or service.
Control y Ventilacion, S.L. is a company of international renown within the industrial and livestock sector, for being a manufacturer of products within the evaporative cooling sector, such as the HUMIBAT, evaporative plastic cooler; or its NUCLEOS towers, Cooling Towers. In both products, the substrate in which the evaporative process is produced is a plastic honeycomb, a honeycomb resistant both to physical and chemical attacks, and at the same time flexible, a honeycomb with a mesh structure, made of polyethylene High Density, and marketed under the names of PANAL C & V or in the case of being a drop separator, SEPARADOR C & V .
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