Titlebook: Resource Recovery from Wastewater Treatment; ICWRR 2024 Giorgio Mannina,Alida Cosenza,Antonio Mineo Conference proceedings 2024 The Editor(

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Conference proceedings 2024 leading researchers at the International Conference on Wider-Uptake of Water Resource Recovery from Wastewater Treatment (ICWRR), held in Palermo, Italy on June 18-21, 2024. The event took place together with the 7th IWA Regional Membrane Technology Conference (IWA-RMTC). The contributions cover a

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Preparation of Sewage Sludge as Substrate for Biochar Production demonstrated efficiency, and the resultant product possesses characteristics conducive to its use as a raw material in biochar production. Biochar, in turn, exhibits a notable capacity for adsorbing greenhouse gases (GHG).

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Recovery of Phosphorus Using a Low-Grade Magnesium Oxide (Industrial By-Product) as an Alternative M main results show that it is possible to achieve up to 80% of phosphorus recovery with the molar rate P:Mg 1:2, phosphorus is recovered as struvite when the calcium concentration is low and the struvite content in the precipitate is greater than 75%.

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Using Biochar Recovered from Cellulose as a Novel Admixture in Nature-Based Solutionsroved that biochar produced from the mixture cellulose/straw and activated biologically to be an excellent admixture to the conventional substrate sand in constructed wetland for the elimination of micropollutants as post-treatment step.

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Water Reuse and Risk Analysis: The Case Study of Corleone (Italy) Ultrafiltration Plantted according to the current regulations on water reuse in Italy (Italian Ministerial Decree 185/2003 and 2020/741/EU). Samples were withdrawn every ten days from three sections: i. treated disinfected wastewater (Section?1); ii. Downstream the sand filtration (Section?2); iii. After the ultrafiltra

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Nutrient Recovery from Columns Filled with Zeolite and Biochar: The Case Study of Marineo (ITALY) Wapacts. In the agricultural sector, fertiliser production heavily relies on energy-intensive processes and non-renewable mineral resources, exacerbating greenhouse gas emissions and resource depletion. Nitrogen and phosphorus, key components of fertilisers, contribute significantly to eutrophication