Nuclear Power: Source Term Reduction with Macroporous Resins

Access the on-demand session here.

This webinar will demonstrate how source-term reduction can be achieved using macroporous cation and anion resins and explain how these resins are becoming the industry standard at many utilities worldwide. The data presented will demonstrate the superiority of macroporous cations used to remove divalent metals such as Co-58/60. Data will also show how macro and orthopterous anions for removing colloidal nuclides in water streams contribute to source-term reduction.

Webinar Takeaways of how:

• Macroporous cation is a superior resin for removing divalent metals of concern, especially cobalt.
• Macroporous anion can remove colloidal metals that contribute to source-term and promote IGSCC

• Christopher Bailey, Southern U.S. Regional Manager, Nuclear SME (LinkedIn Profile)
• Terry Heller, Technical Sales at Purolite (LinkedIn Profile)