Sentence examples for wastewater technologies from inspiring English sources

Water and wastewater technologies and management practices are frequently tailored to local environmental conditions.

The main areas of focus for R&D in environmental science and engineering are related to water and wastewater technologies, waste management and minimization, air pollution and air quality management, and cleaner production technologies.

The amount of money invested in water and wastewater technologies in the U.S. rose a whopping 436% between 2006 and 2007, according to the Cleantech Group, an environmental industry association.

While novel wastewater technologies have been designed to close resource cycles and thereby diminish resource stress, little research has been undertaken to assess the coupled social, economic, and ecological components of system sustainability and resiliency in these areas.

Aquatech International Corp, which specialises in water and wastewater technologies for the industrial and infrastructure markets, recently introduced the AquaR2RO membrane process, designed for use in facilities requiring zero liquid discharge (ZLD) or very high recovery.

During a recent visit to Portland by a delegation of about 20 mayors from Zhejiang province organized by the Paulson Institute, they specifically asked to see the latest in wastewater technologies as they were actively shopping for new options.

R&D carried out here cover wastewater technology, wastes recycling and reuse, purification and membrane technology, biotechnology, water quality management, and environmental hydraulics.

The SBR is a fill-and-draw biological wastewater technology, which is specially suited for nutrient removal.

The aim of this paper is to develop a methodology to evaluate the adaptive capacity of urban wastewater systems by assessing how change drivers and innovation affect existing wastewater technology and infrastructure.

This study provides further evidence that WSPs are an appropriate municipal wastewater technology for the Arctic and can achieve effluent CBOD5 concentrations that meet secondary wastewater treatment standards, provided they are appropriately sized, designed, and operated for arctic conditions.

Water Sensitive Urban Design is widely championed by designers and planners as exemplifying a sustainable approach to urban nature, providing a useful foundation for moving beyond drainage into water supply and wastewater technology and discourse.