On The Source Radiation Shielding
Overview
When possible, installing radiation shielding directly on the source of radiation is the best solution. On the source radiation shielding requires less shielding material than general area radiation shielding which saves on installation time and cost. Shielding the source of radiation can allow down-posting of Locked High Radiation Areas (LHRA) or High Radiation Areas (HRA) which alleviates a significant administrative burden from the Radiation Protection (RP) department and improving overall efficiency of plant operations in the area.
Several types of NPO on the source radiation shielding are specially designed for installation directly on the radiation source. Our T-Flex product is flexible and can be manufactured to perfectly fit any component. Common T-Flex products designed for direct application to the source include pipe radiation shields, ribbon wrap, valve radiation shields, and magnetic tiles. NPO utilizes 3D printing technology to create molds that allow T-Flex to embody practically any 3D shape.
Types of Shielding
Overview
When possible, installing radiation shielding directly on the source of radiation is the best solution. On the source radiation shielding requires less shielding material than general area radiation shielding which saves on installation time and cost. Shielding the source of radiation can allow down-posting of Locked High Radiation Areas (LHRA) or High Radiation Areas (HRA) which alleviates a significant administrative burden from the Radiation Protection (RP) department and improving overall efficiency of plant operations in the area.
Several types of NPO on the source radiation shielding are specially designed for installation directly on the radiation source. Our T-Flex product is flexible and can be manufactured to perfectly fit any component. Common T-Flex products designed for direct application to the source include pipe radiation shields, ribbon wrap, valve radiation shields, and magnetic tiles. NPO utilizes 3D printing technology to create molds that allow T-Flex to embody practically any 3D shape.
Types of Shielding
On The Source Radiation Shielding Applications
- February 20, 2024
Radiography Shielding
Radiography is a non-destructive testing (NDT) technique that uses a radioactive source to detect flaws or defects in the internal structures, typically pipes. This testing process requires an “exclusion...
- March 6, 2023
Custom Fit Meter Shielding
Some shielding applications require a precise fit in order to shield effectively. The meter of this instrument was a streaming source for the workers operating it. To fit the...
- June 29, 2022
Brunswick Permanent Valve Shield Box
Brunswick Nuclear Station had a valve that was causing a room to be a locked high radiation area. They wished to implement a permanent shielding package in order to...
- September 10, 2021
Primary Sample Panel Shielding
South Texas Project had long used lead wool blankets to shield their Primary Sample Panel, an area of the site within Chemistry that sees a lot of traffic. These...
- June 9, 2021
Pressurizer Spray Line Shielding
South Texas Project required new shielding for a section of the pressurizer spray line. Though the area looks small, the total shield weight was around 850 lb. This...
- March 29, 2021
Heat Exchanger Shielding – Permanent Installation
As part of a long-term dose reduction plan, Ameren Callaway sought to install permanent shielding around one of their regen heat exchangers. The intention was to replace the dozens of...