High-frequency ultrasound (HFU) is an ultrasound technology with a frequency higher than
1000 kHz. It has become increasingly recognized as an emerging process intensification …

Renewable energies have gained momentum in energy transition agenda based on the
benefit of lower emissions of carbon and its compounds. Many technologies have been …

Ultrasonic irradiation has been recently applied as a novel technique to the CO 2 absorption
process. The preliminary studies have proved the ultrasonic-assisted reactor could provide …

Microreactors, ultrasonic waves, and alcoholic solvents have been proven to be efficient
techniques for CO 2 desorption improvement. In the present study, the simultaneous use of …

Energy-efficient and environmentally economic ammonia absorption refrigeration systems
(AARS) are driven by low-grade energy, but efficiency and equipment volume are …

Various acid gas sweetening processes can be used to separate CO2 from natural gas. As
one of the most matured and widely utilized gas sweetening processes, absorption has …

Ultrasound is widely used to enhance heat and mass transfer, while its impact on absorbers
remains largely unexplored. To relieve the challenges posed by the large size and low …

As global concern over greenhouse gas emissions intensifies, the advancement of effective
carbon capture and storage technologies becomes crucial for mitigating climate change …

Although absorption technology is environment-friendly and energy-saving, the coefficient of
performance (COP) of absorption systems is comparatively low. The absorber, a crucial …

As the most mature natural gas sweetening process, absorption has always been improved
to meet the separation requirement. Recently, ultrasonic irradiation has been proposed as a …