A unique method for paleovolcanic reconstruction of the territory was developed to restore the structural and tectonic structure of the region to effectively search for new mineral deposits.
Areas promising for the discovery of new copper-molybdenum porphyry deposits were identified within the Urals, Chukotka, Eastern Balkhash and the Red Sea Hills of Sudan and Egypt.
A method for atmogeochemical survey of potential oil and gas traps identified by seismic methods and areas promising for hydrocarbon exploration based on recorded anomalies of a wide range of hydrocarbon compounds was developed and tested.
Patterns of distribution of solid mineral and hydrocarbon deposits with regional structural-tectonic units in Africa, Asia and other continents were established.
A new industrial type of phosphorite deposit was identified. A model of ancient (Ediacaran) phosphogenesis was developed. A biotechnology for phosphate raw material enrichment was patented.
A methodology was developed for using probabilistic methods in automated calculations of histograms of permeability and residual water saturation for each unit cell of geological models of oil reservoirs.
Technologies to produce high-octane fuels for automotive and aviation equipment were developed.