Centre of Radiochemistry and Nuclear Chemistry
Research and development activities of the Centre for Radiochemistry and Nuclear Chemistry include the following issues:
- Radiopharmaceutical chemistry,
- Coordination chemistry,
- Isotope chemistry,
- Material chemistry,
- Nuclear chemical engineering and separation methods of elements,
- Spectroscopy and molecular modeling.
In recent years, the work of the Department focuses on two main areas of modern radiochemistry and nuclear chemistry: nuclear energy and nuclear medicine.
The research focused on the needs of nuclear power includes the development of new methods of disposal of radioactive waste, spent fuel processing issues with the separation of minor actinides, the development of fuel for nuclear reactors of new generation and searching for new sources of fissile materials. Conducted research meets the needs of the nuclear power program in the country; they include, among others an assessment of the ability to provide raw materials to produce fuel for the first nuclear reactors from national resources, as well as work to ensure the safety of planned radioactive waste disposal facilities.
The researches of the Center in the field of radiopharmaceutical chemistry concern the development of methods for the preparation of increasingly effective therapeutic and diagnostic radionuclides and a wide range of new, highly specific radiopharmaceuticals for targeted therapy. Permanent marking of selected biologically active compounds with various radionuclides allows to receive new potential radiopharmaceuticals recognizing cell receptors of diseased tissue in the body.
Apart from work in line with the two main trends of research, the Center also carries out other projects using competences gained in the implementation of statutory tasks. These include work on environmental protection issues, management of raw materials and material research.