Clean water shortages require the reuse of wastewater. The presence of organic substances
such as humic acids in wastewater makes the water treatment process more difficult. Humic …

High rates of resource consumption and waste generation have put pressure on
environmental systems and one of the solutions to this concerning behavior is a circular …

The overexploitation of resources, the increase of the world population and the trend of
consumption based on “use and throw away” is causing an increasing pressure on waste …

Anaerobic digested poultry wastewater (ADPW) is characterized by high levels of nutrients
(nitrogen and phosphorus), which need to be removed and recovered before the wastewater …

Agri-food waste biomass (AWB) is consolidating as a relevant bioresource for supplying
material products and energy in a circular bioeconomy. However, its recovery and …

To achieve higher standards of sustainability, Pakistan has to shift towards the adoption of
the Circular Bio-Economy (CBE) approach in its agriculture sector. However, to aid this …

High-solid and solid-state anaerobic digestion are technologies capable of achieving high
reactor productivity. The high organic load admissible for this type of configuration makes …

In addition to producing bioenergy and molecules with high added value, microalgae have
been recognized as an efficient microorganism for wastewater treatment. However, a major …

Wastewater treatment has become widely recognized as a highly efficient approach for
tackling the pressing issue of limited access to clean water, which is anticipated to give rise …

Nutrient recovery from waste is a promising strategy to conserve inputs while reducing
nutrient discharge to the natural environment. Multiple waste streams have shown promise …