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Mar 4, 2020 / Bingen, Germany
Purolite is pleased to extend an invitation to attend a technical seminar, “Ion Exchangers for Demineralization and Electroplating: Theory and Practice.” The seminar, hosted and instructed by Purolite sales and engineer technical experts, will be held twice - June 17-18 in Bingen, Germany and November 25-26 in Ratingen, Germany.
Nov 13, 2018 / Scottsdale, AZ, USA
Purolite attended the IWC conference and exhibition in Scottsdale, AZ as a Gold Sponsor.
Sep 25, 2017 / Bala Cynwyd, PA
Purolite has the largest, most knowledgeable sales force of any in the industry—yet it doesn't happen that way by chance. We take pride in offering comprehensive training for sales and applications teams.
Jun 21, 2017 / Park City, UT, USA
The Sales, Marketing and Applications groups for Purolite, Americas, came together June 18-20 in Park City, Utah. The days were long and discussions were intense—but it was not all work and no play.
Jun 5, 2017 / Tunis, Tunisia, North Africa
On May 3, 2017, Purolite's office in Tunis, Tunisia held an inaugural customer gathering to discuss water treatment solutions for the region's target water concerns. Over 40 people were in attendance to meet Kacem Triki, Purolite's Technical Sales Engineer in Tunisia, as well as Edgar Berreby, Purolite Vice President for the region, and Fayçal Finnouche, Sales Manager for Algeria — while enjoying the afternoon.
Feb 6, 2017 / Toronto, Ontario, Canada
Purolite takes pride in thoroughly training our technical and sales employees—and the training doesn’t stop at a specific point in time. Senior leaders are always ready, willing and able to extend experienced assistance and time, and our Canadian Technical Sales team illustrates this concept well!
Jun 10, 2016 / Bala Cynwyd, PA
Purolite ion exchange resins for multi-contaminant removal drastically reduce contaminants found in residential, commercial and industrial drinking water. Unlike traditional multi-tank systems that require a large footprint and are expensive to operate, Purolite resins work together in layered-bed, single-tank designs that can remove multiple contaminants at once. This approach not only saves on system footprint, but also reduces the costs associated with water consumption, regeneration chemicals and wastewater disposal.