Recovering low-grade heat from renewable energy sources and waste heat is crucial for
improving energy utilizing efficiency as well as reducing CO 2 emissions. Conventional …

Heat pump technology can effectively reduce the energy consumption and environmental
pollution caused by coal-fired heating. However, commonly used heat pump heating …

The free-piston Stirling heat pump (FPSHP) is efficient, environmentally friendly and has a
wide available temperature range, making it a promising device for building heating. The …

A dual acoustic driver thermoacoustic heat pump was constructed to investigate the effect of
acoustic field control on travelling wave thermoacoustic heat transport at a frequency of 100 …

Heat pump technology has the potential to significantly reduce the energy consumption and
environmental pollution caused by coal-fired and gas-fired heating systems. However …

Thermoacoustic refrigeration utilizes the temperature changes that occur due to pressure
oscillations within a sound wave to transport heat from one point to another and achieve …

A high moisture content in exhaust gases adversely affects flue gas treatment–both with
respect to particulate matter, as well as its gaseous compounds. Thus, the water vapor …

This paper proposed a heat-driven thermoacoustic heat pump system capable of utilizing
medium/lowgrade heat for heating supply in domestic applications. The system consists of …

Este trabajo presenta una propuesta de aplicación de un prototipo de microgenerador
eléctrico termoacústico, que funciona con el calor residual de una fuente térmica, para …

Being concern by scaling down thermoacoustic coolers to provide practical solutions for
thermal heat management, especially in microcircuits, a current architecture has been …