Beijing Research Institute of chemical Engineering and Metallurgy (BRICEM), founded in 1958, not only is a comprehensive research institute engaged in research and development of natural uranium chemistry, but also is a basement of technical support for uranium materials supply on self-dependence. Over 50 years, the institute provided various technical processing of uranium ore and suited techniques, equipment, instrumentation and separate materials on construction, operation and technical reconstruction of uranium hydrometallurgical plants. Equipped with advanced facilities, BRICEM places its emphasis on the development and application of hydrometallurgy of non-ferrous metals, covering the professional fields of chemical engineering, metallurgy, organic materials, autocontrol and instrumentation, physical and chemical analyzing and testing, computer application and environmental protect. On these bases, the keystone laboratory of uranium extraction and milling of nuclear industry established in 1999, and put in operation passed check and accept by the China National Nuclear Corporation.

Southwestern Institute of Physics (SWIP) of CNNC is a main research organization for controlled nuclear fusion technology. Since founding in 1965, SWIP has been getting a series of well-known achievements in the area of controlled nuclear fusion research. In order to continuously tail after the development of nuclear fusion technology worldwide, the institute begun to build a laboratory of Tokamak experimental technique in 1995, and it was completed and passed the check and accept in 1997.

This laboratory is a stress laboratory of CNNC. It equipped with the large Tokamak experimental device for controlled nuclear fusion research—the China Huanliu No. 1 (HL-1M) and the new-generation Tokamak experimental device--the China Huanliu No.2 A (HL-2A). The laboratory has gained a lot of achievements in controlled nuclear fusion and plasma physics research by utilizing these advanced devices. It possesses of strong ability of plasma diagnosis technique, advanced data gathering and processing technique, plasma two-level heating and wave driving.

The laboratory is opened to both Chinese and foreign scientists, and willing to work out important contribution for realizing the ideality of nuclear fusion energy to service human soon.

Beijing Geological Research Institute, CNNC, established in 1958, is one of the pioneer organizations putting in practice of remote sensing. Through over 20 years development, the institute began to build the nuclear industry stress laboratory of remote sensing information and image analysis technique based on it’s center of air-borne survey and remote sensing research. This laboratory completed and passed check and accept in 1997.

In the basic point of combining air-borne and spaceflight survey, the stress laboratory selected a front theme of modern remote sensing technique—the research and application of high resolving power and quantification remote sensing technique. It mainly develops the techniques of light aircraft photographical image spectrum measure, processing and analysis of high spectrum resolving power remote sensing image, synthesis analysis of image information and identification of multi-parameter model.

This laboratory has conducted extensive technical exchanges and co-operation worldwide, often sent researchers to attend international academic exchange meeting. Entrusted by IAEA, it held technical training of remote sensing and multi-source information for developing countries. It was in charge of IAEA’s research tasks of remote sensing information processing and remote sensing uranium exploration with international co-operation.

The laboratory set image spectrum and image radar—the two front international themes of remote sensing as it’s own main research direction. One the one hand, it continuously expends the areas of research and application. on the other hand, it concentrates it’s main energy on light aircraft photographical image spectrum measure system, processing and analysis technique of high spectrum resolving power remote sensing image, multi-dimensional synthesis analysis of image information in order to give a good service for national economic development.

Located in China Institute for Radiation Protection, the stress laboratory of radiant environment simulation, CNNC constructed and put into operation checked and accepted by CNNC in 1998.

The laboratory is composed of three parts, i.e. the wind tunnel simulation laboratory for atmosphere boundary layer, the water circumstance (include the earth’s surface water and underground water) simulation laboratory and the radiation zoology laboratory.

The laboratory mainly engaged in simulation research of radioactive contaminations transference rule in environmental medium. Through simulation research of radioactive nucleus and other contaminations transferring from released gaseous and liquid outflow of nuclear facility (include nuclear power plant) in the ordinary operating and accidental condition to atmosphere, water system, terra medium and zoology system, it can provide technical support for nuclear energy development, nuclear facility site selection, engineering design, nuclear facility decommissioning, radwaste treatment and environmental protection.
The laboratory implements the management mechanism of open, fluxion, competition and collaboration, keeps extensive co-operation and exchange both home and abroad, enhances training for youth. It established an academic committee.