Energy sector : 

▪ Optimization of electric car drive for hybridization (increase range by 400%, decrease cost by 75%). 

▪ Optimization of energy production in HDR, TSS, TPP, SPP, GS, GCE technology (HDR HotDrayRock,TSS-Thermal Solar Systems, TPP-Thermal Power Plant, SPP-SolarPowerPlant,GSSpringGe nertor(quantum), GPP-Geothermal Power Plant). 

▪ Optimization of energy transfer systems. 

▪ Optimization Small Thermal Power Plants for the STPP and STPP hybridization processing up to 82% efficiency . 

▪ Optimization of energy production by the geothermal method (ultrasonic transfer energy)  

▪ Optimization of production of renewable energy systems 

▪ Optimization of fuel cell production (overcoming the inertia of the process). 

▪ Optimization of energy production by the geothermal method. 

Food processing: 

▪ Optimization of the production of a wide fraction of alcoholic beverages for industrial purposes. ▪ Optimization of the separation process of dairy enzymes, Spectronic chromatographs.  

▪ Optimization of dairy products production by FMP refracting method. 

▪ Optimization of fatty acid (ester production, pharmaceutical glycerin, soap). 

▪ Optimization of production of food and feed powders. 

▪ Optimization of hydroponics (automation, fertilizers, etc.) 

▪ Optimization of pharmaceutical algae cultures. 

▪ Optimization of the production of cashew nuts. 

▪ Optimization of the protein production process in alcohol fermentation. 

▪ Optimization of the desalination process and sea salt production in terms of energy.

Wood processing: 

▪ Optimization of production of WPC Wood Polymer Composite composites (from electronic, furniture and construction waste). 

▪ Optimization of production of wood semi-finished products, solid furniture board, wood composite 

▪ Optimization of activated charcoal production. 

▪ Optimization of the graphene production process (from charcoal).

Ecology and recycling of waste: 

▪ Optimization of cavitation production and utilization of solids. 

▪ Production and optimization of homogenization of cuts and solids, pyrolysis process of wood, cumulable and industrial waste. 

▪ Optimization of the process of recycling metals from electronic waste. 

▪ Optimization of production of coal powders from mining waste. 

▪ Optimization of metal production from metallurgical metal waste (KGHM). 

▪ Optimization of wastewater recycling. 

▪ Optimization of rubber waste recycling. 

▪ Optimization of municipal waste recycling. 

▪ Optimization of the process of recycling metals from electronic waste.

▪ Optimization of pyrrolic production of turpentine from wood waste 

▪ Optimization of foxglove-tree wood breeding on non-wollage grounds. 

▪ Optimization of production of WPC Wood Polymer Composite composites (from electronic, furniture and construction waste). 

Metals, Fuels and Fertilizers processing: 

▪ Optimization of the production process of metallic powders. 

▪ Optimization of G2L petrochemical production (gas to liquid). 

▪ Optimization of production of precious metal and rare earth metal concentrates(KGHM). 

▪ Optimization of the production of marine fuels(homogenized fuels). 

▪ Optimization of fertilizer production from humine-coal. 

▪ Optimization of industrial hydrogen production. 

▪ Optimization of the production of fertilizers from water using the organic metal method (melanin, urea, nitric acid, ammonia). 

▪ Optimization of the process of magnetic separation of crude oil fractions by cavitation. 

▪ Optimization of the production process of non-homogeneous metallic composites (productions superconductors working at natural temperature)

Building and Infrastructure: 

Optimization of parking systems for vehicles in metropolitan areas. 

▪ Optimization of the waterproof concrete production process. 

▪ Optimization of the production of prefabricated concrete components. 

▪ Optimization of data transmission security for drones (data transmission method on a standing gravitational wave).