This text accommodates paid for content material produced in collaboration with Puraffinity.
Puraffinity, a number one innovator of superior adsorbents for the elimination of per- and polyfluorinated alkyl substances (PFAS), has introduced a Cooperative Analysis and Growth Settlement (CRADA) with the US Military Engineer Analysis and Growth Heart (ERDC). The aim of the collaboration is to conduct analysis and subject demonstrations involving Puraffinity’s Puratech G400, an adsorbent materials developed for the therapy of PFAS-contaminated waters.
Beneath this settlement, ERDC and Puraffinity will conduct a collection of laboratory and subject trials. These trials will evaluate the efficiency of Puratech G400 with different PFAS therapy applied sciences akin to Granular Activated Carbon (GAC) and Ion Alternate Resins (IEX). The first goal is to discover Puratech G400’s potential in bettering therapy outcomes and lowering working bills (OPEX) and capital expenditure (CAPEX) in PFAS remediation. The analysis will goal contamination sources from legacy services, together with aqueous film-forming foams (AFFF).
The important thing analysis goals embody:
• Conducting laboratory and pilot-scale testing utilizing real-world PFAS-contaminated water samples from each Division of Protection (DoD) and non-DoD websites.
• Growing efficiency knowledge to tell potential future functions on DoD installations and different settings.
• Evaluating using Puratech G400 as a complementary or sprucing step to current destruction applied sciences.
“This collaboration with the ERDC marks a major milestone in our mission to ship progressive, scalable, and sustainable PFAS therapy applied sciences,” mentioned Vincent Caillaud, CEO of Puraffinity. “We’re proud to work alongside one of many world’s foremost analysis establishments to generate sturdy efficiency knowledge and contribute meaningfully to the sector of PFAS remediation.”
The analysis initiative kinds a part of a broader strategic effort, reflecting Puraffinity’s dedication to scientific rigour and collaborative innovation with authorities, trade, and educational stakeholders addressing the worldwide PFAS problem.
