A systematic review was performed in order to evaluate perchlorate remediation technologies. The two included technologies were ion-exchange concerted with biodegradation and solely biodegradation. A meta-analysis was completed and subsequently, a regression model was formed to conduct a degradation rate analysis and to depict the association between rate and various dependent variables (salinity/sali, nitrate concentration/nitc and carbon source concentration/csou). The outcome of the model analysis suggested that salt concentration did have an effect on the degradation rate in the ion-exchange process and that with a salt concentration greater than or equal to 18.6 g/L, the biodegradation process will produce a greater reduction of perchl...
‘‘Capsule’’: Microbial reduction of perchlorate and nitrate in saline solutions. Spent regenerant br...
Environmental impacts of conventional and emerging perchlorate drinking water treatment technologies...
) has been detected in numerous ground and surface waters, and has recently been added to the drinki...
A systematic review was performed in order to evaluate perchlorate remediation technologies. The two...
Ion exchange is the most common process for perchlorate removal from waters. Selective ion-exchange ...
The most promising technologies to remove perchlorate from water are ion exchange and biological red...
The wide use of ion-exchange processes to remove perchlorate from drinking water creates an urgency ...
The environmental pollution of perchlorate is more and more serious because of its widely usage. Sev...
Perchlorate is a stable and soluble substance that can last for decades in the environment. Studies ...
Perchlorate (ClO42) release into the environment has occurred primarily in association with its manu...
Ion-exchange (IX) is possibly the most feasible technology for perchlorate removal and perchlorate-s...
Selective ion-exchange resins are very effective to remove perchlorate from contaminated waters. How...
This study introduces the novel HAMBgR process (Hybrid Adsorption Membrane Biological Reactor) and p...
Ion exchange using perchlorate-selective resin is possibly the most feasible technology for perchlor...
Perchlorate contamination of ground water is a worldwide concern. At several sites in Israel\u27s co...
‘‘Capsule’’: Microbial reduction of perchlorate and nitrate in saline solutions. Spent regenerant br...
Environmental impacts of conventional and emerging perchlorate drinking water treatment technologies...
) has been detected in numerous ground and surface waters, and has recently been added to the drinki...
A systematic review was performed in order to evaluate perchlorate remediation technologies. The two...
Ion exchange is the most common process for perchlorate removal from waters. Selective ion-exchange ...
The most promising technologies to remove perchlorate from water are ion exchange and biological red...
The wide use of ion-exchange processes to remove perchlorate from drinking water creates an urgency ...
The environmental pollution of perchlorate is more and more serious because of its widely usage. Sev...
Perchlorate is a stable and soluble substance that can last for decades in the environment. Studies ...
Perchlorate (ClO42) release into the environment has occurred primarily in association with its manu...
Ion-exchange (IX) is possibly the most feasible technology for perchlorate removal and perchlorate-s...
Selective ion-exchange resins are very effective to remove perchlorate from contaminated waters. How...
This study introduces the novel HAMBgR process (Hybrid Adsorption Membrane Biological Reactor) and p...
Ion exchange using perchlorate-selective resin is possibly the most feasible technology for perchlor...
Perchlorate contamination of ground water is a worldwide concern. At several sites in Israel\u27s co...
‘‘Capsule’’: Microbial reduction of perchlorate and nitrate in saline solutions. Spent regenerant br...
Environmental impacts of conventional and emerging perchlorate drinking water treatment technologies...
) has been detected in numerous ground and surface waters, and has recently been added to the drinki...