RMIT University researchers have tested a more effective way to capture microplastics from wastewater, using a combination of microbubbles and nanobubbles to achieve removal rates of more than 90%.

The holy grail of bio-fuel researchers is to develop a self-sustaining process that converts waste from sewage, food crops, algae and other renewable carbon sources into fuels, while keeping waste ...

A research team has developed a novel wastewater treatment system that can effectively remove conventional pollutants, and recover valuable resources such as phosphorus and organic materials. This ...

RMIT University have engineered a highly effective method to extract microplastics from wastewater by combining microbubbles ...

Wastewater from biorefineries that convert plants into fuel is full of organic materials that cannot be efficiently treated with conventional wastewater systems, making it costly and energy-intensive ...

Wastewater management, defined as the collection, treatment and recycling of wastewater, is a crucial strategy for safeguarding water systems. So why is modernizing wastewater management crucial? As ...

Against the backdrop of the cholera outbreak that has now left more than 30 people dead, Johannesburg Water invited the media to one of the entity’s best-functioning sewerage works. But one working ...

Oshkosh has broken ground on a $40 million wastewater plant upgrade to add filtration and UV disinfection.