A water treatment process needs to recover both water and other useful products if the process is to be viewed as being financially and environmentally sustainable. Eutectic Freeze Crystallization (EFC) is one such sustainable water treatment process that is able to produce both pure ice (water) and pure salt(s) by operating at a specific temperature. The use of EFC for the treatment of water is particularly useful in the textile industry because ice crystallization excludes all impurities from the recovered water, including dyes. Also, EFC can produce various salts with the intention of reusing these salts in the process. This study investigated the feasibility of EFC as a treatment method for textile industry wastewaters. The results ...
European policy encourages the adoption of sustainable systems that promote the efficient use and re...
Analysis of a full experimental cycle of Eutectic freeze crystallization to separate sodium chloride...
This work focuses on industrial water recovery using freeze concentration (FC) as a stand-alone wate...
Eutectic Freeze Crystallization (EFC) is very promising technique for the treatment of aqueous waste...
Resources recovery from wastewater is pursued as it facilitates a circular economy, which a society ...
Researchers at the Laboratory for Process Equipment at Delft University of Technology have developed...
During the last decades, the consumption of raw materials and energy in the world has faced a tremen...
Brine streams from industry is a burden to the environment if not disposed properly. “Zero liquid di...
The disposal of saline effluent in the dairy industry is subject to increasingly strict regulatory r...
The increasing amount of waste water and effluent from South Africa’s mining industry forms a growin...
The use of freeze-crystallization is being increasingly acknowledged as a low-cost, energy-efficient...
Includes abstract.Includes bibliographical references (leaves 82-84).A large concern facing South Af...
Human population growth and urbanization are aggravating water quality problems in many regions, and...
Purpose: The research aims to investigate the effect of the process parameter of progressive freeze ...
Eutectic Freeze Crystallization is a new technology to separate salt and water from a process stream...
European policy encourages the adoption of sustainable systems that promote the efficient use and re...
Analysis of a full experimental cycle of Eutectic freeze crystallization to separate sodium chloride...
This work focuses on industrial water recovery using freeze concentration (FC) as a stand-alone wate...
Eutectic Freeze Crystallization (EFC) is very promising technique for the treatment of aqueous waste...
Resources recovery from wastewater is pursued as it facilitates a circular economy, which a society ...
Researchers at the Laboratory for Process Equipment at Delft University of Technology have developed...
During the last decades, the consumption of raw materials and energy in the world has faced a tremen...
Brine streams from industry is a burden to the environment if not disposed properly. “Zero liquid di...
The disposal of saline effluent in the dairy industry is subject to increasingly strict regulatory r...
The increasing amount of waste water and effluent from South Africa’s mining industry forms a growin...
The use of freeze-crystallization is being increasingly acknowledged as a low-cost, energy-efficient...
Includes abstract.Includes bibliographical references (leaves 82-84).A large concern facing South Af...
Human population growth and urbanization are aggravating water quality problems in many regions, and...
Purpose: The research aims to investigate the effect of the process parameter of progressive freeze ...
Eutectic Freeze Crystallization is a new technology to separate salt and water from a process stream...
European policy encourages the adoption of sustainable systems that promote the efficient use and re...
Analysis of a full experimental cycle of Eutectic freeze crystallization to separate sodium chloride...
This work focuses on industrial water recovery using freeze concentration (FC) as a stand-alone wate...