Microwaves are non-ionizing electromagnetic radiation with waves of electrical and
magnetic energy transmitted at different frequencies. They are widely used in various …

Rising the activity of activated carbons by surface modification has attracted considerable
research attention in the fields of gas adsorption and energy storage. However, conventional …

Reducing energy consumption is a crucial issue in adsorbent regeneration process, while
regulating temperature distribution during regeneration is expected to solve this problem. In …

Microwave heating for the production of activated carbons has garnered significant research
interest in the realms of gas adsorption. Nonetheless, the effect of tunable-energy-density …

For the conversion of lignocellulosic material into renewable biofuels the microwave
pretreatment of raw material is a new and promising technology. This work presents a …

To mitigate the adverse effects of catalyst volatilization and deactivation on CO 2
gasification, we present a simple and feasible method for enhancing CO 2 gasification by …

Constant power microwave heating (CPMH) based on solid-state generators, a new
microwave heating system, shows better repeatability than traditional microwave heating …

The low cost and high efficiency of microwave-assisted regeneration render it a viable
alternative to conventional regeneration methods. To enhance the regeneration …

Microwave can enhance catalytic reaction and is a promising alternative to convention
heating. Herein, microwave-enhanced catalytic degradation of benzene was investigated …

Microwave (MW) regeneration offers a promising alternative to energy-intensive, long-cycle
thermal regeneration technologies due to its rapid molecular-level heating. However, the …