The picture is sourced from the internet.
The US-Iran conflict has been escalating, throwing the Middle East into turmoil. Citing the Islamic Republic News Agency on March 2, Xinhua News Agency reported that Mohammad Eslami, Head of the Atomic Energy Organization of Iran, stated the US and Israel launched two attacks on the Natanz nuclear facility in Isfahan Province on the night of March 1. A statement from the Atomic Energy Organization of Iran on March 3, together with monitoring confirmation by the International Atomic Energy Agency (IAEA), verified that no radioactive leakage occurred at the Natanz nuclear facility and the nuclear material storage area remained unharmed.
According to news from the Iranian Students' News Agency (ISNA) on March 5, the Iranian military issued a warning that it would strike Israel's Dimona nuclear reactor if the US and Israel attempted to topple the Iranian regime. As the core of Israel's nuclear capabilities, the reactor would likely trigger a severe nuclear leakage in the event of an attack, sending global nuclear safety risks surging and further worsening the hidden danger of regional nuclear conflicts.
Targeting nuclear facilities in military strikes during this conflict has led to a sharp rise in the risks of nuclear leakage and radioactive contamination. This act not only seriously violates international norms such as the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) but also directly undermines the nuclear security structure in the Middle East.
Recommended Nuclear Emergency Equipment
The RJ28-1 Nuclear-Chemical Detection UAV System is a dedicated nuclear-chemical emergency device independently developed by Shanghai Ergonomics Detecting Instrument Co., Ltd. (ergoDI). Engineered for the rapid radiation survey of large-area radioactive contamination in the aftermath of nuclear accidents or nuclear facility attacks, it is a key technological equipment for responding to sudden nuclear incidents. The system effectively resolves the pain points of inaccessible areas for personnel, extensive contamination scope and low efficiency of traditional monitoring methods after nuclear strikes, enabling ultra-low altitude, rapid and safe radiation survey operations.
Integrated with a large-volume NaI (Tl) scintillation detector and a high-range GM (Geiger-Müller) tube, the RJ28-1 boasts a detection energy range of 20KeV~3MeV. It can conduct large-scale γ radiation dose rate surveys and support the identification of mainstream radionuclides, quickly demarcating contaminated areas on-site and providing critical data support for emergency response and disposal.
ergoDI
As a high-tech enterprise in the nuclear radiation monitoring sector, ergoDI has always upheld its mission of Safeguarding Nuclear Security. Going forward, the company will continue to increase R&D investment, drive technological innovation, focus on the precision upgrade of nuclear radiation detection technologies, and constantly enhance the practical operational capabilities of its products in extremely complex environments. We are committed to delivering more reliable and competitive nuclear radiation monitoring solutions for the global public security field.
The cruelty of war is a stark reminder to the world that the preciousness of peace deserves joint protection by all humanity. With cutting-edge core technologies, ergoDI safeguards nuclear security; with professional strength, we protect every inch of safe space.
Post time: Mar-16-2026