Our Company
Welcome
Current Water Technologies Inc. (CWTI) is a publicly traded company dedicated to the development, manufacturing, and sales of advanced electrochemically-based water treatment systems.
Our patented ESD (deionization) and our patented AmmEL (ammonia), and NitrEL (nitrate) technologies represent effective alternatives to biological, ion exchange, and reverse osmosis systems.
AmdEL (acid mine drainage) is dedicated to the prevention of acidic leachate production from sulphide mine waste.
For high value metals recovery, Current Water Technologies is currently in the advanced stage of development of the ExtrEL (extraction) product.
At Current Water Technologies, we have developed an array of novel electrochemically based water treatment techniques that deliver superior results for the challenging problems facing communities, governments, and industries around the globe.
The following is a list of common environmental challenges that our electrochemical systems can treat:
Environmental challenge |
CWTI’s treatment and recovery solutions |
||
---|---|---|---|
ESD |
AmmEL |
Other |
|
High water wastage |
* |
|
|
Recycle & Reuse |
* |
|
|
High ion removal |
* |
|
|
Scaling of boilers and cooling towers |
* |
|
|
High hardness |
* |
|
|
Metal contamination |
* |
|
|
Groundwater sources with high levels of toxic or undesirable elements such as arsenic or fluoride |
* |
|
|
Contamination of industrial rinse-water |
* |
|
|
Wastage of valuable metals in dilute plating solutions |
* |
|
|
High cost with existing pure water systems |
* |
|
|
High conductivity in wastewater effluent |
* |
|
|
High TDS concentration |
* |
|
|
Nitrate contaminated groundwater |
* |
|
NitrEL |
High ammonia concentration in industrial wastewater |
|
* |
|
Low ammonia discharge limits during winter months |
|
* |
|
Toxic leachate from tailings deposits |
|
|
AmdEL |
Waste of metal value in mine tailings (pyrrhotite rejects) |
|
|
ExtrEL |
Contact us for more information on how our systems can help you solve your specific water treatment and recovery needs.