Sentence examples for different types of wastewaters from inspiring English sources
This nonisothermal membrane separation process is applied mostly in desalination and for the treatment of different types of wastewaters including brines for water production.
In this article, an overview over all aspects concerning MFC technology is provided, including issues such as new anode and cathode materials, types of membranes, MFC configurations, their application in the treatment of different types of wastewaters, bioenergy production, modeling and future perspectives.
Photo-biological hydrogen (H2) production along with substrate degradation was evaluated by employing adopted photosynthetic mixed culture in batch experiments, in concurrence, with different types of wastewaters, organic loading rates (OLR), operating pH, presence of vitamins and sterilized/un-sterilized conditions.
Wastewater treatment plants (WWTPs) collect different types of wastewaters and play important roles in waste disposal.
CW can be used for the treatment of different types of wastewaters, that is, municipal, industrial, leachate, acid mine drainage, surface runoff, and so forth [ 10].
Most of the CWs composted series or parallel combination forms of the vertical flow and free water surface flow CWs units, and they were suitable to treat more than 20 different types of wastewaters.
Different types of wastewater from food processing industries were successfully applied.
Wastewater is a general term which refers to different types of wastewater such as industrial wastewater, hospital wastewater, domestic wastewater, public market wastewater, slaughterhouse wastewater, and greywater.
High rejection of contaminants, compact modular design and low fouling propensity make these membrane technologies suitable for treating different types of wastewater.
The algae have been grown successfully in different synthetic mediums as well as in different types of wastewater; hence, the water can also be treated in different stages via algae cultivation.
According to the literature, microalgae is a strong contender for biofuel generation as it can be grown successfully in different synthetic mediums as well as different types of wastewater.
