The sustainable utilization of agricultural residues and waste plastics to mitigate
environmental pollution, while generating renewable energy through pyrolysis has achieved …

The ever increasing demand, the short life span of lithium-ion battery (LIBs), the presence of
critical metals, and environmental considerations make recycling inevitable. A short …

In air filtration, for creating healthy indoor air, there is an intrinsic conflict between high
filtration efficiency and low wind pressure drop. In this study, we overcame this conflict by …

In this work, we have investigated the effect of different supports (activated carbon (AC), α-Al
2 O 3, ZSM-5 and SiO 2) on the plasma-catalytic synthesis of ammonia (NH 3) from N 2 and …

The efficient conversion of biomass waste into valuable products is a critical challenge in
sustainable energy and environmental management. Microwave pyrolysis of hemp stem and …

Ambient ultrafine particles (UFPs) cause severe health threats, and UFPs can transport in
indoor environments through building envelopes. In building HVAC (heating, ventilation …

Bimetallic tungstates (M2M1WO4; M= transition metal) are promising candidates for
electrochemical energy applications. However, the effects of the secondary metal (M2) on …

The functionalization of sustainable carbon materials and their application in energy storage
systems attract more and more relevancy. Bakery waste and spent coffee grounds were …

This study presents an investigation for comparing the regeneration process of two activated
carbons saturated with Basic Blue 9 (BB9) and Acid Blue 93 (AB93) using conventional (250 …

Ambient particulate matter (PM) has been identified as the fourth‐ranking risk factor for
mortality globally, and efficient ventilation filtration technologies are urgently needed. In most …