Experimental method to determine the isosteres of adsorbent/adsorption pairs of adsorption cooling systems

A qualitative experimental method is presented to determine the amount of adsorbate, which is adsorbed by different adsorbents. It is explained how to determine the isosteres in conditions of saturation, for the levels of temperature and pressure with which usually operates in the systems of cooling by adsorption with the use of solar energy. The method allows obtaining the kg of refrigerant per kg of adsorbent to perform the design of cooling systems of a certain refrigeration capacity, from the mass of refrigerant that is absorbed and desorbed. The accuracy of the method is influenced by the quality of the instruments used in the experiments

Climatization, energy efficiency and environmental protection

It is known that approximately 15% of the energy consumed in Ecuador is used for the operation of climate conditioning equipment and, on the other hand, most of the existing technology operates on the basis of the use of refrigerant gases Are invasive to the ozone layer. In the work, a case study is shown that allows the identification of a relevant result linked to an action of technological innovation based on the conversion of the R-22 gas by the R-290 gas, thus reducing the consumption of electric energy and reducing the Environmental inventory of the institution, achieving a better performance of the technology

Hoja de predicción: Número 86 - 1990 Mayo 04

A qualitative experimental method is presented to determine the amount of adsorbate, which is adsorbed by different adsorbents. It is explained how to determine the isosteres in conditions of saturation, for the levels of temperature and pressure with which usually operates in the systems of cooling by adsorption with the use of solar energy. The method allows obtaining the kg of refrigerant per kg of adsorbent to perform the design of cooling systems of a certain refrigeration capacity, from the mass of refrigerant that is absorbed and desorbed. The accuracy of the method is influenced by the quality of the instruments used in the experiments

Climatization, energy efficiency and environmental protection

It is known that approximately 15% of the energy consumed in Ecuador is used for the operation of climate conditioning equipment and, on the other hand, most of the existing technology operates on the basis of the use of refrigerant gases Are invasive to the ozone layer. In the work, a case study is shown that allows the identification of a relevant result linked to an action of technological innovation based on the conversion of the R-22 gas by the R-290 gas, thus reducing the consumption of electric energy and reducing the Environmental inventory of the institution, achieving a better performance of the technology

Climatization, energy efficiency and environmental protection

It is known that approximately 15% of the energy consumed in Ecuador is used for the operation of climate conditioning equipment and, on the other hand, most of the existing technology operates on the basis of the use of refrigerant gases Are invasive to the ozone layer. In the work, a case study is shown that allows the identification of a relevant result linked to an action of technological innovation based on the conversion of the R-22 gas by the R-290 gas, thus reducing the consumption of electric energy and reducing the Environmental inventory of the institution, achieving a better performance of the technology