To develop a core for an energy recovery ventilator through the study of the optimization of the properties required for said applications by comparative analysis of commercial membranes already being used in energy recovery ventilation (ERV) and a developed membrane. Special focus will be given to the experimental determination and later comparative analysis of the water vapour permeability and selectivity of said membranes under both free and forced convection. For these purposes, a machine specifically designed by the company and optimized for measuring water vapour permeability and selectivity under free and forced convection will be used. Besides the experimental characterization of the membranes, a study will be considered about the p...
The Heating, Ventilation & Air Conditioning (HVAC) system is becoming an essential component in buil...
Air-to-air membrane enthalpy exchangers (MEEs) are being considered as key components in the new gen...
A design tool to evaluate the heat and mass transfer effectiveness and pressure drop of a membrane-b...
Energy recovering techniques for air conditioning has increased in recent years and new prod- ucts ...
A test setup was designed and built to test energy recovery ventilator membranes. The purpose of thi...
The total energy recovery ventilator for outdoor air handing plays an important role in reducing ene...
Membrane-based energy recovery ventilators (ERVs) improve building energy efficiency by transporting...
Energy savings is one of the most popular topics among the researchers across the world. Furthermore...
This project involves development of a novel energy recovery device coupled with turbine ventilator,...
Energy recovery is an essential energy-saving measure for buildings with mechanical ventilation. In ...
AbstractThis study presents an approach based on Design of Experiment (DoE) technique for the optimi...
We report on an experimental study of the effects of relative humidity and temperature on the transp...
2002 ASHRAE Winter Meeting, Atlantic City, NJ, 13-16 January 2002A significant amount of energy is r...
Air conditioning accounts for approximately 50% of the power consumption of most buildings. Singapor...
Tropical countries like Singapore, are countries whose hot and humid climate mostly lie outside the ...
The Heating, Ventilation & Air Conditioning (HVAC) system is becoming an essential component in buil...
Air-to-air membrane enthalpy exchangers (MEEs) are being considered as key components in the new gen...
A design tool to evaluate the heat and mass transfer effectiveness and pressure drop of a membrane-b...
Energy recovering techniques for air conditioning has increased in recent years and new prod- ucts ...
A test setup was designed and built to test energy recovery ventilator membranes. The purpose of thi...
The total energy recovery ventilator for outdoor air handing plays an important role in reducing ene...
Membrane-based energy recovery ventilators (ERVs) improve building energy efficiency by transporting...
Energy savings is one of the most popular topics among the researchers across the world. Furthermore...
This project involves development of a novel energy recovery device coupled with turbine ventilator,...
Energy recovery is an essential energy-saving measure for buildings with mechanical ventilation. In ...
AbstractThis study presents an approach based on Design of Experiment (DoE) technique for the optimi...
We report on an experimental study of the effects of relative humidity and temperature on the transp...
2002 ASHRAE Winter Meeting, Atlantic City, NJ, 13-16 January 2002A significant amount of energy is r...
Air conditioning accounts for approximately 50% of the power consumption of most buildings. Singapor...
Tropical countries like Singapore, are countries whose hot and humid climate mostly lie outside the ...
The Heating, Ventilation & Air Conditioning (HVAC) system is becoming an essential component in buil...
Air-to-air membrane enthalpy exchangers (MEEs) are being considered as key components in the new gen...
A design tool to evaluate the heat and mass transfer effectiveness and pressure drop of a membrane-b...