On August 24, Japan Fukushima Daiichi Nuclear Power Plant officially discharged nuclear-contaminated water into the sea, attracting great attention from the international community. Since Japan nuclear sewage was discharged into the sea, many companies and related institutions have taken the initiative to contact our R&D team to discuss monitoring and testing response plans, product equipment and related cooperation, especially in import and export food testing and public food and water safety testing. As a provider of more than 20 years of technology accumulation and currently the only 100% domestically produced intelligent nuclear spectrum measurement solution, we taken on its mission, acted quickly, and has made "Fukushima Nuclear Sewage Discharge into the Sea Hazard Assessment and Testing Plan", which conducts radioactive monitoring, detection and hazard warning for relevant scenes and food and water.

100% domestically produced intelligent nuclear spectrum measurement solution provider

We focus on mid-to-high-end nuclear spectrum measurement in the field of nuclear measurement, with digital acquisition and processing of signals in the field of nuclear measurement and high-performance spectrum analysis as our main businesses. We actively develop nuclide rapid identification and high-performance trace analysis systems based on artificial intelligence (AI), and are committed to Provide core measurement technology support and advanced equipment for the field of nuclear monitoring and analysis. Its independently developed tube base digital multi-channel module series, 16k/32k channel precision digital multi-channel analyzer series, super-resolution gamma spectrum analysis system, unmanned monitoring load, marine radioactivity monitoring series and handheld spectrometer and other portable instruments The series of products have received widespread attention in the industry and are widely used in many fields such as nuclear industry, environmental radiation monitoring, customs and entry-exit inspection and quarantine, nuclear emergency, radiation safety and protection, nuclear medicine, military, public security armed police and anti-terrorism.

So far, we have owned 9 nationally authorized patents, 1 internationally authorized PCT patent, 27 software copyrights, and 8 pending patents. We have broken through the pattern of domestic nuclear measurement technology relying on imports and realized independent and controllable intelligent nuclear spectrum measurement technology. Some products are exported to Europe, Japan, South Korea, Russia and other countries.

Move quickly to lay out the field of inclusive civilian nuclear monitoring and testing

The water contaminated by the Fukushima nuclear power plant in Japan contains more than 60 radionuclides, such as tritium, carbon-14, iodine-129, etc., many of which do not have effective treatment technology. These radioactive substances will eventually cause long-term harm to the human body through food and commodities for human consumption such as marine life and seafood, seawater and seawater products, cosmetics and skin care products, aquatic product feed, etc.

In order to prevent radioactive materials in nuclear sewage from eventually entering the human body through the food chain or ecological cycle and backlashing humans, we take up our mission and act quickly, and have developed the "Fukushima Nuclear Sewage Discharge Hazard Assessment and Testing Plan" to provide complete nuclear monitoring, Testing equipment and services to carry out radioactive monitoring, detection and hazard warning for relevant scenes, food and water, etc.

Our portable high-resolution gamma energy spectrum measurement and analysis systems, handheld gamma spectrometers, handheld environmental radiation dose rate meters, portable food and water radioactivity rapid detectors, ocean buoy/underwater monitoring systems and trace measurement systems, unmanned Airborne radiation detection systems can detect the presence of radionuclides in biological samples and the environment through gamma energy spectrum monitoring and analysis, and determine the types and specific activities of radionuclides present. This is of great significance for environmental monitoring, food safety, radioactive pollution hazard assessment and research on the health effects of nuclear radiation.