ELSE NUCLEAR has been historically involved in the design and manufacturing of a broad range of products for environmental monitoring systems for a wide range of customers: nuclear power plants, regional and national environmental agencies, universities, research centres, particle accelerator facilities, etc.
ELSE NUCLEAR, thanks to collaborations with universities and international research centres, achieved important results in developing highly specialized spectrometry systems for gamma and neutron radiation. The devices designed so far provide fast and reliable spectrometry measurements in a wide range of conditions.
ELSE NUCLEAR has developed over the years a wide range of solution for sampling and monitoring liquid and gaseous effluents, and measuring their level of contamination before they are released. Thanks to their modular concept, the effluent monitors can be adapted and customized to meet any specific requirement.
ELSE NUCLEAR developed, among the first players worldwide, a deep know-how in all the activities connected to decommissioning of nuclear power plants. This led the company to design and manufacture different solutions for radioactive waste characterization, which find their main application in nuclear power plants, sites being decommissioned, hospitals, and wherever there is a need of waste clearance before free release.
ELSE NUCLEAR range of products includes also radiation portal monitors developed to automatically scan vehicles, pedestrians or materials passing through, measuring the level of radioactivity and providing alarm warnings if a pre-set threshold is trespassed. Radiation portal monitors have been employed at industries, steel plants, scrap metal dealers, nuclear power plants, research reactors, particle accelerator facilities, hospitals.
ELSE NUCLEAR products range has been recently enriched with new in-vivo counting systems, developed to perform high-efficiency, reliable scan of individuals, either for whole-body applications or specialised analysis. Such monitors can be employed in nuclear power plants, research facilities, and anywhere an in-vivo monitoring of individuals is required.
Designed for rapid deployment in critical situations, these field-deployable systems provide reliable radiological monitoring and contamination assessment in emergency scenarios. With portability, quick setup, and high detection sensitivity, they support first responders and radiation protection teams in ensuring safety and compliance, even in challenging environments
