Ion Exchange
For years, DuPont Water Solutions has been meeting the needs of OEMs and customers in the semiconductor industry around the world. Our experience and range of solutions make us the perfect partner for the production of ultrapure water in microelectronics processing.
Filmtec seawater RO technology provides an industry-leading, high performance, reliable, and cost-effective solution for microelectronics applications.
DuPont's IntegraPac UF membranes provide the best solution in the microelectronics industry for treating water in semiconductor reclaiming loops, minimum liquid discharge, and UPW pretreatment applications.
Reverse Osmosis
In microelectronics, Ligasep degasification membranes are used to remove CO2 in the primary loop to produce deminerilized water, remove O2 in polishing loop to produce ultrapure water and remove NH3 in wastewater treatment for discharge or reuse.
EDI technology is a smart alternative to, and effective replacement of, conventional mixed bed ion exchange. And since electricity is EDI’s only consumable, this method of permeate polishing does not produce a hazardous waste stream, allowing power plants to produce continous high purity water while saving time, money, and space. DuPont EDI-210 and EDI-310 ion exchange modules contain a gaussian, gel, strong base anion exchange resin for industrial demineralization.
Ultrafiltration
Degasification
Electrodeonization
Ion Exchange
For years, DuPont Water Solutions has been meeting the needs of OEMs and customers in the semiconductor industry around the world. Our experience and range of solutions make us the perfect partner for the production of ultrapure water in microelectronics processing.
Reverse Osmosis
Filmtec seawater RO technology provides an industry-leading, high performance, reliable, and cost-effective solution for microelectronics applications.
Ultrafiltration
DuPont's IntegraPac UF membranes provide the best solution in the microelectronics industry for treating water in semiconductor reclaiming loops, minimum liquid discharge, and UPW pretreatment applications.
Degasification
In microelectronics, Ligasep degasification membranes are used to remove CO2 in the primary loop to produce deminerilized water, remove O2 in polishing loop to produce ultrapure water and remove NH3 in wastewater treatment for discharge or reuse.time, money, and space. DuPont EDI-210 and EDI-310 ion exchange modules contain a gaussian, gel, strong base anion exchange resin for industrial demineralization.
Electrodeonization
EDI technology is a smart alternative to, and effective replacement of, conventional mixed bed ion exchange. And since electricity is EDI’s only consumable, this method of permeate polishing does not produce a hazardous waste stream, allowing power plants to produce continous high purity water while saving time, money, and space. DuPont EDI-210 and EDI-310 ion exchange modules contain a gaussian, gel, strong base anion exchange resin for industrial demineralization.