The main field of activity of the Research Institute is the conduct of fundamental exploratory and applied scientific research in the following areas:

- study of reaction mechanisms of organic compounds, molecular rearrangements, structure and properties of compounds and active intermediate particles, including quantum-chemical methods for calculating the structure and properties of substances;
-methods for the synthesis of aromatic, organofluorine, heterocyclic and heteroatomic (containing nitrogen, sulfur, etc.) compounds, including quantum chemical methods for calculating the structure and properties of substances;
-development of analytical and instrumental methods for establishing the structure and structure of organic compounds, as well as monitoring environmental objects;
-synthesis, study of properties and formation of organic, hybrid and polymeric materials;
-development of scientific foundations for technologies for obtaining practically important substances and preparations;
-methods and technologies for isolation, chemical nature, reactivity and biological activity of plant metabolites;
-directed synthetic transformations, study of pharmacological properties and mechanism of action of biologically active agents of natural and synthetic origin.

Developments ready for commercialization:

a) NOVOSIL - a natural stimulator of immunity and plant growth

The drug is used for pre-sowing treatment of seeds and spraying plants during their growth. It is used for all types of vegetable, grain and industrial crops, fruit trees and shrubs.

b) IR-EXPERT. Information-analytical system for infrared spectroscopy is designed to solve the following research and practical tasks:

identification of the compound by spectrum; determination of the structure of organic compounds, the spectra of which are not available in the database; verification of compliance of the structure with the spectrum of the compound; elucidation of the spectral manifestation of a structural fragment in a given environment.

c) Aluminotype. A technology for obtaining high-quality images on plates made of anodized aluminum and its alloys. Images are resistant to atmospheric and other external influences.

d) Stabilizers of polymeric materials. Methods for obtaining highly effective, non-toxic, non-staining polymer stabilizers based on 2-tert-butylphenol and its derivatives have been developed: TAB, CO-3, Benzon-P, CO-4, Calixaren.

These compounds are intended for light and thermal stabilization of polypropylene, high and low pressure polyethylenes, polystyrenes, ABC plastics, radiation- or peroxide-crosslinked polyethylenes, epoxy resins, rubbers, etc. stabilizers have a unique combination of useful properties.

e) Biologically active substances (BAS) synthesized and isolated from natural raw materials for use in medicine and cosmetology: (betulin, betulinic acid, borneol (purity 90-99%), lipid fraction of the Siberian fir tree green extract "ABIES SIBIRICA", diglycidyl ethylene glycol ether (95%+ purity), CO-3 stabilizer, triterpene acid concentrate, native ursolic acid (90-98% purity)

The Institute has many years of experience in participating in international projects and programs, cooperates with universities and scientific laboratories in Belgium, Germany, Italy, Holland, France, England, USA, Mongolia, India and other countries within the framework of two and multilateral projects and grants. The subdivisions of the Institute implement commercial research projects (provide services) to companies in a number of Western European countries, the USA, Canada, Japan, China and South Korea.