INNOVATIVE RADIATION DETECTOR SYSTEMS
MEET AEVASPEC
OUR STORY
AevaSpec is an innovative University of Glasgow spinout that develops the next generation of bespoke, compact radiation detectors for applications in Oil & Gas and nuclear decommissioning. Our team of experts has over 30 years of experience in radiation detection and is committed to providing our clients with the best solutions for their needs.
OUR VISION
At AevaSpec, our vision is to become a leading provider of radiation detection solutions for the Oil & Gas and nuclear decommissioning industries. We are dedicated to advancing the field of radiation detection through research and innovation and to providing our clients with the highest quality products and services.
OUR TECHNOLOGY
Our technology is based on cutting-edge research and development in the field of radiation detection. We use the latest materials and techniques to design and manufacture bespoke radiation detectors that meet the specific needs of our clients. Our technology is reliable, accurate and easy to use, making it the ideal choice for a wide range of applications.
OUR TECHNOLOGY
01 / BESPOKE
At AevaSpec, we develop bespoke radiation detectors tailored to the specific needs of Oil & Gas and nuclear decommissioning industry clients. These include in-pipe, handheld and embedded sensors designed to provide accurate and reliable data in harsh and restricted environments and help our clients make informed decisions.
02 / COMPACT
Our radiation detectors are designed to be compact, low powered and lightweight, making them easy to deploy and safe to operate in different challenging locations e.g., inside 2"-diameter pipe networks and on robotic platforms. This allows our clients to monitor radiation levels in real-time and respond quickly to hazards.
03 / MULTI-MODAL
Our team has over 30 years expertise in developing radiation detectors which reflects in our innovative technologies. Our modular detectors can be integrated with other sensing capabilities and are capable of detecting and characterising radiation from alpha, beta, gamma, neutron and X-ray emitting sources.
