The adsorption and sensing of phosphate (P) are extremely appealing procedures to reduce
and anticipate the effect of eutrophication. Recent advances in materials science enabled …

Landfill leachate (LL) is highly toxic wastewater and comprises various pollutants such as
organic compounds, biological organisms, xenobiotics, heavy metals, inorganic salts, and …

The growing demand for fresh water is partially satisfied by desalination plants that
increasingly use membrane technologies and among them reverse osmosis to produce …

Abstract Yearly, about 22× 10 12 g phosphorus (P) from mined fossil phosphate resources
are added to the world economy. The size of remaining fossil phosphate resources is …

The depletion of phosphorus resources and the excess discharge of phosphorus into waste
streams are contrasting problems. The key to solving both problems is to recover …

There has been a considerable expansion in the use of desalination plants for supplying
potable water to many communities in the world. However, the production of brine, which is …

In light of global population growth and the increasing food demand in cities, new food
production strategies have been developed to promote a more resource-efficient urban …

Desalination activities around the world are increasing as a result of water scarcity. The
discharge of brine from desalination processes poses a significant threat to the environment …

Effective removal of excess phosphate from water is critical to counteract eutrophication and
restore water quality. In this study, low cost, environmentally friendly humic acid coated …

Stimulated by the depletion of phosphate resources, phosphate recovery systems have
been studied in recent years. The use of struvite reactors has proven to be an effective …