Phosphorus deposits around the world are rapidly depleting, therefore phosphorus recovery
methods are gaining more and more interest both in science and industry. This article …

Recovering resources from wastewater systems is increasingly being emphasised. Many
technologies exist or are under development for recycling nutrients such as nitrogen and …

Phosphorus (P) is a vital nutrient for the ecosystems and its excess in wastewater streams
leads to some environmental issues such as extensive algae growth (eutrophication) …

Recovering phosphorus from wastewater in more concentrated forms has potential to
sustainably recirculate phosphorus from cities to agriculture. The environmental …

Since phosphorus (P) is a non-renewable element essential for life, it is extremely important
to explore any potential supply of P, including that recovered from human excreta and urban …

Phosphorus (P) is an indispensable element of living organisms and plays an irreplaceable
role in the growth of crops. As a non-renewable element, the reserves of phosphorus rock …

Phosphorus (P) is an essential agricultural nutrient and its production as mineral P fertilizers
from phosphate rock is well established. An alternative method involves recovering P from …

Microbial technologies have provided solutions to key challenges in our daily lives for over a
century. In the debate about the ongoing climate change and the need for planetary …

The aim of this research is to present the possibility of using the sewage sludge ash (SSA)
generated in incineration plants as a secondary source of phosphorus (P). The importance …

While many nutrient recovery technologies target liquid waste streams, new strategies are
required for effective phosphorus recovery from solid waste. This study reports an innovative …