The quintessential example of large scale municipal wastewater reuse is the new Groundwater Replenishment (GWR) System in Orange County, CA. The system treats clarified secondary municipal wastewater effluent and, utilising microfiltration, reverse osmosis and advanced oxidation to produce 70mgd of reclaimed water.

The need of new approaches for wastewater management and environmental demands worldwide is challenging product manufacturers to develop advanced technology. Scientists, engineers and regulators are exploring innovative ways of testing new approaches and thinking about how to accomplish and manage decentralised wastewater treatment.

The biggest challenge facing humankind is to reconcile the impact of humans with the ability of our planet Earth to provide resources and absorb waste. This "crisis" presents a potentially pivotal opportunity for architects, who have a crucial role to play in addressing this challenge. Sustainable cities are the building blocks of a peaceful and sustainable world.

Water treatment & wastewater reuse - Case study.

The need of new approaches for wastewater management and environmental demands worldwide is challenging product manufacturers to develop advanced technology.

Junk iron from scrap yards to clean polluted water IN 1983 the entire Mianus river bridge in Connecticut, US, collapsed when the bearings rusted internally. Rusting thus proved to be a bane. But a bane can be turned into a boon. A group of researchers from China used scrap iron to treat industrial wastewater. Pollutants of industrial wastewater include toxic materials like

The production of water in Delhi has increased by around 40 MGD and the Delhi Jal Board (DJB) is expected to add 29 MGD more in next two months through Water Recycling Plants even then a huge gap between demand and supply persists.

IMPHAL, March 23

New Delhi: Constructed at a cost of Rs 26.59 crore, the Delhi Jal Board on Monday commissioned its first waste water recycling plant in Haiderpur. The Haiderpur water treatment plant (WTP), which has an average production capacity of 200 million gallons per day (MGD), will now be able to supply 16 MGD additional water for Delhiites, which was otherwise lost in the process of treatment.

An integrated approach to water & wastewater management deserves

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