Умумий ва ноорганик кимё институти

Objects of research are the disperse gas-vapor-
fluid hydrocarbon and sulfide 
copper-
molybdenite ore systems, incluiding individual
compound (gas 
condensates, gasoline) , adsorbents (coals, zeolites), absorbents (diesel fuel, petrol) 
and their phase-aggregative state during the storage and treatment. 
Subjects of the research are the regulation of phase equilibrium in disperse 
steam and gas-fluid hydrocarbon and sulfide copper-
molybdenite ore systems for 
storage and processing, recourse-saving, fire and environmental safety processes in 
a number of oil, gas and metallurgical industries. 
Methods of research. The reference colloid chemical methods of an 
assessment of wetting of surfaces, adhesions, sorptions, agglomerations, 
durabilities and formations of phases; methods of physico–mechanical, 
chromatographic, thermal analysis. Elemental analysis of samples by atomic-
absorption spectrometer (РЕ 30300), mass-spectrometer
(
emissive analyzer Aligent 
7500 IСP-MS), infrared spectroscopy (spectrometer AVATAR-360 Nicolet), 
thermogravimetric (derivatograph Paulik-Erdey);
X-ray (Drone 2.0 with Cu-
anticathode) methods.
Scientific novelty of the dissertation research consists in the following:
the novel system of light fraction of fuel recovery for reservoirs by 
condensation, sorption was developed; 
the new sorbent - the KAU-M modified coal is developed; 
the optimization of vapor recuperation regime of hydrocarbons with use local 
sorbents was carried out; 
the new data on evaporation dynamics
during the
exploitation of industrial 
tanks for hydrocarbons storage were obtained; 
developed, tested and implemented ways to fuel supply: pontoon, sorption, 
based on local raw materials; 
the composition of bonding agent to granulate Mo-concentrate in comparison 
with existing composition (8-10% of kaolin in mixture with Мо-concentrate) 
facilitating extraction of Re, Мо from the candle end by sublimate-condensation 
and
ammoniacal leaching, respectively, as well as the extraction of Au and Ag 
from the cake of ammoniacal leaching of Mo by
cyanide leaching were developed; 
the composition of the mixture to granulate Mo-concentrate with a novel 
binding SC
containing (wt.%): Мо-concentrate 97.3-97.0; kaolin 2.0; water-
soluble SC polymer 0.7-1.0 was proposed.