Biological removal of organics, nitrogen and from saline wastewaters is adversely impacted
by high salinity, which can be a major concern for treatment of industrial or domestic saline …

The organics and nutrients in industrial and domestic wastewater are increasingly being
regarded as a valuable resource for energy and nutrient recovery. Emerging concepts to …

Mixed-culture biotechnologies are widely used to capture nutrients from wastewater. Purple
non-sulfur bacteria (PNSB), a guild of anoxygenic photomixotrophic organisms, rise interest …

Current H 2 S treatment methods for sour gases require considerable amounts of chemicals
and energy, or in case of biological treatment, unwanted diluents such as oxygen or nitrogen …

Low wastewater temperatures affect microbial growth rates and microbial populations, as
well as physical chemical characteristics of the wastewater. Wastewater treatment plant …

Shortage of water, energy, and bioresources in the world has led to the exploration of new
technologies that achieve resource recovery from wastewater, which has become a new …

Purple non-sulfur bacteria (PNSB) show potential for microbial protein production on
wastewater as animal feed. They offer good selectivity (ie, low microbial diversity and high …

A key future challenge of domestic wastewater treatment is nutrient recovery while still
achieving acceptable discharge limits. Nutrient partitioning using purple phototrophic …

Nutrient losses in our food chain severely surpass our planetary boundaries. Resource
recovery can contribute to mitigation, for instance through converting wastewater resources …

Sustainable development is driving a rapid focus shift in the wastewater and organic waste
treatment sectors, from a “removal and disposal” approach towards the recovery and reuse …