Direct landspreading of anaerobic digestates is the most common digestate management
strategy. Nevertheless, digestate post-treatment can be unavoidable, especially for …

Access to adequate sanitation services and the treatment of domestic wastewater becomes
a critical problem in developing countries. Domestic wastewater treatment based on …

Abstract The topics of Construction Biotechnology are the development of construction
biomaterials and construction biotechnologies for soil biocementation, biogrouting …

Recovering valuable nutrients (eg, P and N) from waste materials has been extensively
investigated at the laboratory scale. Although it has been shown that struvite precipitation …

Using biochar to remove phosphorus (P) from wastewater has the potential to improve
surface water quality and recycle recovered P as a fertilizer. In this research, effects of iron …

Municipal wastewater is a valuable source of phosphorus (P) for the production of fertilizing
products, such as microalgae (MA), crab carapace material (CCM), P salt produced by …

Biowaste materials could be considered a renewable source of fertilizer if methods for
recovering P from waste can be developed. Over the last few decades, there has been a …

When urban waste is not separately collected its phosphorus content cannot be recovered.
The production of phosphorus-based fertilisers from urban waste could generate …

Struvite is emerging as a circular, slow-release phosphorus (P) fertiliser. However, its
effectiveness for crops and its impact on soil P tests still remain largely unclear. We analysed …

Concerns over dwindling phosphorus (P) reserves and costs associated with wastewater
remediation due to excessive nutrient content may be alleviated simultaneously via …