Category Archive: Videos
Sep 14th 2015
ANTECH has designed and built a variant of the Wide-Range Segmented Gamma Scanner, optimised for the demanding requirements of radioactive waste measurement for the nuclear industry in China
Jun 23rd 2015
The ANTECH segmented gamma scanner (or SGS) is a robust and comprehensive radioactive waste assay system for measuring waste in drums. It retains all of the capabilities of the original segmented gamma scanner developed by Parker, Riley and Martin at the Los Alamos National Laboratory in the USA, equipment that is widely used for radioactive […]
Mar 30th 2015
This short video montage introduces ANTECH’s systems and services
Dec 1st 2014
ANTECH introduce the Automated Fissile Material Measurement System – a gantry robot handling system for automating the movement of sample cans.
Nov 25th 2014
ANTECH have developed the Far Field Gamma Monitor for the measurement of radioactive waste in drums or objects with a range of radioactivity content and waste density. The purpose of the measurement is to determine the content of radionuclides contained within the drum or object. Read more about the ANTECH Model 3601 and the ANTECH […]
Nov 25th 2014
ANTECH have developed an Automated Gamma Spectroscopy System, the ANTECH Model G3010-AGSS, an effective solution for performing automated, unattended high resolution gamma spectroscopy analysis of bulk samples in containers such as Marinelli beakers. Read more about the ANTECH Model G3010
Nov 25th 2014
RadSearch is a novel Gamma Ray Camera for remote handled high activity waste measurements and detection and surveying of Low Activity Radiation. It has application in nuclear decommissioning, homeland security and detecting radioactivity in the environment. RadSearch has a library of over 50 radionuclides, identifies radioactive “hot spots” and quantifies radioactive surface contamination in terms of […]
Mar 31st 2014
The ANTECH WR-SGS is perhaps the most comprehensive gamma ray based measurement instrument for the assay of radioactive waste. It represents a significant extension to the measurement capabilities of the original SGS developed at the Los Alamos National Laboratory by Parker, Reilly and Martin and very widely used for radioactive waste assay. Read more about […]