This review aims to summarise the current state of the art technologies for phosphorus
recovery from waste and wastewater. Information corroborated here shows a clear …

The present study investigates the environmental and economic feasibility of implementing
membrane technologies and struvite crystallisation (SC) for nutrient recovery from the …

Nanofiltration (NF) membranes play a pivotal role in water treatment; however, the persistent
challenge of membrane fouling hampers their stable application. This study introduces a …

Dephosphorization slag is not effectively utilized owing to its characteristics of having high
phosphorus (P) content and being rich in free CaO. In this study, direct aqueous carbonation …

Nutrient recovery as struvite from wastewater in is quite feasible. The mystery of ammonia
loss has received much attention, and inadequate struvite purity is frequently present. A …

Back diffused draw salt affects the anaerobic digestion performance in a forward osmosis
membrane bioreactor. Previous studies have established the influence of MgCl 2 on sludge …

Escalating industrial CO 2 emissions necessitate innovative carbon capture and utilization
strategies. This study explores the potential of mineral-carbonation of steelmaking slags …

Centrifuge effluent, or centrate, is a liquid stream generated in the sludge line of wastewater
treatment plants in the sludge dewatering process. Nutrients are solubilized in the anaerobic …

A simple, efficient and low energy-consuming process available to generate resultful
radicals from PMS for organic pollutants removal had been employed in this study. Slag had …

Understanding the micro mechanism of foaming behavior is urgently required for regulating
metallurgical processes and preparing porous ceramics. In this study, we performed high …