Add to ORKGThe performance of a membrane based heat exchanger utilizing porous paper as the heat and moisture transfer media used in ventilation energy recovery systems is presented. A mathematical model was developed and validated against the experimental results. This model can be used for design aide to predict the effectiveness of the heat exchanger. Furthermore, system analysis of an air conditioner shows an increase in the coefficient of performance and cooling capacity when paper heat exchanger is used, especially in a climate similar to the weather in Malaysia and Darwin
Nowadays, the urbanity and industrial growth have led people to spend about 90% of their time in the...
Using energy exchangers in winter conditions, and hot and humid summer conditions can result in cond...
Application of moisture membrane system can increase the efficiency of the HVAC system where the lat...
The performance of membrane heat exchangers for HVAC total energy recovery systems was evaluated thr...
Reduction of the energy used to acclimatise buildings is a huge challenge simultaneously with the im...
This study examined the impacts of major operating parameters on the performance of a cross flow mem...
A membrane-based enthalpy exchanger is a device used for heat and humidity recovery in ventilated bu...
Heat Recovery Ventilators (HRV) are gradually becoming more popular in urban cities and buildings as...
ABSTRACT The present paper deals with the enthalpy recovery between the renewal air and the exhaust ...
Heat Recovery Ventilator (VHR) is widely used nowadays as it is capable to maintain high Indoor Air ...
Energy recovery is an essential energy-saving measure for buildings with mechanical ventilation. In ...
A design tool to evaluate the heat and mass transfer effectiveness and pressure drop of a membrane-b...
Air-to-air membrane enthalpy exchangers (MEEs) are being considered as key components in the new gen...
With rising insulation standards, the use of mechanical ventilation, especially in non-residential b...
Abstract This paper deals with the application of membrane vapour exchangers operating with LiCl hyg...
Nowadays, the urbanity and industrial growth have led people to spend about 90% of their time in the...
Using energy exchangers in winter conditions, and hot and humid summer conditions can result in cond...
Application of moisture membrane system can increase the efficiency of the HVAC system where the lat...
The performance of membrane heat exchangers for HVAC total energy recovery systems was evaluated thr...
Reduction of the energy used to acclimatise buildings is a huge challenge simultaneously with the im...
This study examined the impacts of major operating parameters on the performance of a cross flow mem...
A membrane-based enthalpy exchanger is a device used for heat and humidity recovery in ventilated bu...
Heat Recovery Ventilators (HRV) are gradually becoming more popular in urban cities and buildings as...
ABSTRACT The present paper deals with the enthalpy recovery between the renewal air and the exhaust ...
Heat Recovery Ventilator (VHR) is widely used nowadays as it is capable to maintain high Indoor Air ...
Energy recovery is an essential energy-saving measure for buildings with mechanical ventilation. In ...
A design tool to evaluate the heat and mass transfer effectiveness and pressure drop of a membrane-b...
Air-to-air membrane enthalpy exchangers (MEEs) are being considered as key components in the new gen...
With rising insulation standards, the use of mechanical ventilation, especially in non-residential b...
Abstract This paper deals with the application of membrane vapour exchangers operating with LiCl hyg...
Nowadays, the urbanity and industrial growth have led people to spend about 90% of their time in the...
Using energy exchangers in winter conditions, and hot and humid summer conditions can result in cond...
Application of moisture membrane system can increase the efficiency of the HVAC system where the lat...