CENTER OF TECHNOLOGIES

Uses advanced scientific and innovative methods to identify physical and chemical properties of various natural resources of Turkmenistan, synthesis of competitive products and develop manufacturing technologies of those products and using them in areas such as construction, manufacturing, textile and material usable for daily life and products for agricultural industry.

Analysis of road oil bitumen for: needle penetration depth, ring and ball softening point, extensibility, flash point, change in softening point after warming up;
Analysis of motor oils for universal and automobile carburetor engines for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, color on a colorimeter, density;
Analysis of engine oils for diesel engines for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, corrosivity on a copper plate, color on a colorimeter, density;
Analysis of universal motor oils for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point - determined in an open crucible, corrosivity on a copper plate, color on a colorimeter, density;
Performing an analysis of selective motor oil for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, color on a colorimeter, corrosivity on a copper plate, density;
Analysis of oil turbine oils with additives for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point - determined in an open crucible, color on a colorimeter, corrosivity on a copper plate, density;
Analysis of compressor oils for: kinematic viscosity, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible;
Analysis of industrial oils for: kinematic viscosity, mass fraction of mechanical impurities, mass fraction of water, flash point - determined in an open crucible, color on a colorimeter, density;
Analysis of compressor oil from sour oil KS-19 for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, color on a colorimeter, density;
Analysis of transmission oils for: kinematic viscosity, viscosity index, mass fraction - mechanical impurities, mass fraction of water, flash point - determined in an open crucible, color on a colorimeter, corrosivity on a copper plate, density;
Performing an analysis of transformer selective purification oil for: kinematic viscosity, mass fraction of mechanical impurities, color on a colorimeter;
Analysis of synthetic B-3V oil for: kinematic viscosity, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, density;
Analysis of turbine oil Tp-22S for: kinematic viscosity, viscosity index, mass fraction of mechanical impurities, mass fraction of water, flash point determined in an open crucible, density;
Performing oil analysis for oil refineries for: mass fraction of mechanical impurities, mass fraction of water, saturated vapor pressure, density;
Development of methods for obtaining fertilizers for agriculture: based on local raw materials, based on industrial waste;
Development of technologies for the production of lubricating oils: for oil - processing enterprises.

The Material synthesis technologies laboratory