NEWS & EVENTS
The first reactor condition monitoring probe tests in representative environmental conditions
The FIND project just reached a new milestone in the experimental validation of nuclear instrumentation with tests in representative conditions.
FIND Project Advances Nuclear Safety with New Specifications for Accident Management Instrumentation
The FIND project has reached an important milestone with the publication of Deliverable D2.2, defining the specifications for innovative instrumentation designed to support the management of incidents and accidents in nuclear power plants.
FIND consortium meets as first irradiation campaign is launched
The FIND project just reached an important milestone in the experimental validation of nuclear instrumentation with the launch of its first irradiation campaign, combined with a midterm consortium meeting.
FIND showcases innovation at high-level EU seminar on nuclear inspection
In March 2026, FIND was invited to Luxembourg by the European Commission (DG ENER) to present its work to ENSREG (European Nuclear Safety Regulator Group) and ENIQ (European Network for Inspection and Qualification), two key actors shaping nuclear safety and inspection standards across Europe.
The Siphon Replacement in Tricastin: An Opportunity to Test New Monitoring Technologies on Real Components
As part of the FIND project, partners visited the Tricastin Nuclear Power Plant during the replacement operations of a large-sized siphon (approximately 6 meter high). This visit helped the team understand how to apply new inspection techniques in areas that are very difficult to access.
![[NEW – FIND PhD Thesis] Developing Advanced Sensors for Nuclear Accident Monitoring Using Metal-Organic Frameworks](./images/news/news5.webp)
[NEW – FIND PhD Thesis] Developing Advanced Sensors for Nuclear Accident Monitoring Using Metal-Organic Frameworks
Nuclear accidents, although extremely rare, pose significant risks to both human health and the environment. The ability to detect and monitor the release of radioactive species from the nuclear fuel as quickly as possible can give precious information for the management of such situations.
![[NEW – FIND PhD Thesis] Automating Leak Detection in Nuclear Facilities using Artificial Intelligence](./images/news/news4.webp)
[NEW – FIND PhD Thesis] Automating Leak Detection in Nuclear Facilities using Artificial Intelligence
Fast and accurate localization of leaks within the primary circuit and the hermetic zones of nuclear facilities is of key importance for safety, since even minor defects in materials or joints can have serious consequences.
Testing Nuclear Instrumentation for Safety: FIND 2026 Irradiation Campaign
To improve nuclear plant safety, the FIND project develops monitoring technologies for both normal and accidental conditions.
FIND PUBLICATION - Reactor performance, system reliability: instrumentation and control
The article explores innovative approaches to improve the safety and reliability of nuclear power plants. It reviews three projects
FIND project - Kick-Off meeting
FIND Project Successfully Launches with Kick-Off Meeting
EVENTS