With current energy demand and increased carbon dioxide emissions, the development of
CO 2 reduction technologies is imperative. One promising approach is to capture and utilize …

This paper proposes a novel synthesis method for nanosized amorphous CaCO 3 based on
advanced mineral carbonation using the macromolecular properties of deep eutectic …

The release of air pollutants from anthropogenic sources is the main cause of several health
and environmental problems. Thus, the development of efficient and cost-effective …

Increasing yearly stockpiles of cement kiln dust (CKD) and the associated high landfilling
cost require innovative solutions to utilize CKD. This study proposes a strong acid-mediated …

Herein, a novel method is proposed for selectively capturing SO 2 and CO 2 gases using a
single absorbent derived from seawater-based industrial wastewater. The method is based …

Wet flue gas desulfurization is widely used for its high efficiency, however, the low
absorption capacity, high viscosity and poor thermal stability of absorbents remains an open …

Using nanofluids to capture CO 2 is a promising method of reducing emissions. The goal of
this study was to develop models that could forecast how well water-based nanofluids would …

The toughening coix seed oil (CSO) high internal phase Pickering emulsion (CSO-HIPES)
and gel (CSO-HIPESG) comprised of carrageenan (CR)/super-deamidated-gluten (SDG) …

Seawater-based mineral carbonation is a treatment method that can simultaneously address
the issues of global warming and marine pollution caused by the desalination brine …

The accumulation of oyster shell waste is increasing annually, and the high costs associated
with landfilling call for innovative solutions to repurpose this maricultural waste. This study …