Kurion Building a Prototype Modular Detritiation System

System is Key Step in Maturing Kurion’s Patent-Pending Tritium-Removal Technology

IRVINE, Calif.--()--Kurion, Inc., an innovator in protecting people and the environment from nuclear and hazardous materials, announced it is building a prototype Modular Detritiation System that is ten times larger than its existing system. Kurion’s technology is a unique, patent-pending approach that refines proven solutions to economically process and remove tritium from contaminated water. After receiving 182 responses to its request for information, the Japan Ministry of Economy, Trade and Industry (METI) conducted a procurement that resulted in the selection of Kurion in 2014 for a grant of one billion Japanese Yen to evaluate the application of its technology for the Fukushima Daiichi Nuclear Power Plant. That study will be completed March 2016.

The results of extensive testing of Kurion’s existing Modular Detritiation System match the company’s predictions for its performance and operating costs. Additionally, through these tests Kurion discovered techniques to further improve the economics of the system, demonstrating that the technology will offer a new tool for plant operators to manage tritium at nuclear sites worldwide. The new system will confirm these inputs by utilizing one full-scale catalytic exchange column, the heart of Kurion’s technology.

The Tritium Challenge

Today water treatment systems at nuclear sites remove many contaminating isotopes, leaving tritium. The removal of tritium (T) is particularly problematic: it is a special form of hydrogen that becomes part of the water molecule itself, forming tritiated water (HTO vs. H2O). As a result, tritiated water has traditionally been particularly difficult and expensive to treat and can spread easily if it escapes into the environment. Kurion’s tritium-removal technology offers operators of sites a new tool for managing tritium, including the ability to reduce or recycle their water to eliminate the need to release tritiated water into the environment.

A Measured Approach to Technology Maturation

Kurion is following the technology readiness assessment (TRA) process to mature its Modular Detritiation System. Created by NASA to support the U.S. space program, the TRA is a procurement tool that has been widely adopted by the U.S. Department of Energy, U.S. Department of Defense, and UK Nuclear Decommissioning Authority to determine whether new technologies are sufficiently mature for procurement and deployment. Under the TRA, the new system will allow operators of nuclear sites to reliably determine whether to proceed to full scale from a technology, economics and scheduling standpoint. Kurion engaged leading TRA experts from national laboratories around the world to objectively validate the technology readiness level of its Modular Detritiation System.

ABOUT KURION
Kurion creates technology solutions to access, separate and stabilize nuclear and hazardous materials and to isolate them safely from the environment for a cleaner future. Kurion’s suite of technologies and engineering capabilities offer a platform to address the needs of the most-challenging nuclear and hazardous sites worldwide. Founded in 2008, Kurion operates eight facilities across California, Washington, Colorado, Idaho, and Texas and has subsidiaries in Warrington, UK, and Tokyo, Japan. For more information, please visit www.kurion.com.

Contacts

for Kurion
Katie Wood Znameroski
Phone: 1-650-801-7952
Fax: 1-650-508-8336
E-mail: katie.wood@zenogroup.com

Release Summary

Kurion is building a prototype tritium-removal system to validate the effectiveness and economics of the Kurion Modular Detritiation System.

Contacts

for Kurion
Katie Wood Znameroski
Phone: 1-650-801-7952
Fax: 1-650-508-8336
E-mail: katie.wood@zenogroup.com