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IIPT NAS of Ukraine
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Department No. 25
Electrohydropulse treatment (EHIP) of metal structures
Electrical discharge treatment of the bottomhole zone and water intake well filters
Electric discharge technology for influencing the bottomhole zone of a well
Electric discharge method of destruction of bottom soils
Electric discharge method of destruction of natural massifs, concrete and reinforced concrete foundations of structures
Solid state welding of dissimilar metals
Research project III-31-21 "Study of power and energy characteristics of combined energy sources for the selection of the most rational structure and parameters in various high-voltage discharge-pulse technologies"«
Research project IV-45-20 "Search for ways to modernize the charger for various active-reactive loads of submersible electric discharge installations in order to expand their functional capabilities"«
Research project III-25-17 "Interrelated energy conversion processes under controlled high-voltage electrochemical explosion conditions, which are used in discharge-pulse technologies for materials processing" (No. DR 0117U000357)"«
Press-thermal electrohydropulse (PTEG) welding of axisymmetric products
Department No. 42
ELECTROHYDROIMPULSE PROCESSING OF LIQUID METALS AND ALLOYS
Research project II-20-17 No. DR 0117U000356 “To investigate the influence of pulsed electrohydraulic deformation of high-strength steels on the spring effect during sheet metal stamping and to develop recommendations for the design of technological processes that ensure high accuracy of part manufacturing”
Research project III-27-18 No. DR 0118U000341 "Study of the processes of electric current treatment of aluminum-based casting alloys during melting and crystallization, which provide a favorable morphology of the iron-containing phase and increase the service characteristics of castings"«
Research project III-30-21 No. DR 0121U109433 «Study of processes accompanying simultaneous treatment of silumin melt with different types of currents, and determination of conditions and parameters of electromagnetic load of the melt, which ensures improvement of quality indicators of cast metal»,
ELECTROHYDRAULIC STAMPING TECHNOLOGY
Department No. 43
Electrical discharge treatment of near-surface zones of water intake wells
Electrical discharge treatment of the bottomhole zone of oil wells
Research project II-19-16 No. DR 0116U002969 (P9.2-2020) "Development of pulse technologies for obtaining highly wear-resistant dispersion-strengthened metal matrix composite materials based on aluminum, titanium and iron alloys.".
Research project II-23-21 No. DR 0121U110426 (Р7.2.2-2021) «Development of nanostructured modifiers for forming a finely dispersed metal structure of welds made of structural steels and light alloys».
Research project II-24-20 No. DR 0120U102304 "Development of a technological unit of experimental equipment for spark-plasma sintering of dispersed compositions"«
Research project III–29–19 No. DR 0119U100999 «High-energy synthesis of multifunctional nanostructured materials based on Ti, Al, Cu and C».
NDR III–32–22, No. DR 0122U200662, «Development of scientific and technological principles for the creation of multifunctional powder composites based on copper and aluminum alloys with high-modulus TiC–Ti fillers obtained by directed high-energy synthesis»
Research and Development Project No. DR 0122U200399 "Use of highly concentrated energy flows to create nanostructured multifunctional composite materials" (Lithuania) under contracts M/9-2022 dated 05/16/2022, M/13-2023 dated 07/31/2023.
Preparation of metal-matrix composites
Department No. 49
High-voltage pulse capacitors
High-frequency high-voltage pulse source
Intelligent control systems for pulse-discharge technologies (PIT)
Research project II-22-19 "Electrodischarge synthesis of nanodispersed carbides of refractory metals for tribological purposes", No. DR 0119U102395, 2019-2020.
Research project II-26-23 "Obtaining nanosized tungsten carbide powder by high-frequency electric spark treatment of tungsten granules"«
Research project III-28-18 "Hybrid electric discharge method for the synthesis of nanostructured metal-carbon coatings and the creation of intelligently controlled electrical equipment for its implementation"«
Research project III-33-22 "Discharge-pulse disintegration of heavy tungsten pseudoalloys into powder microcomponents"«
Research project IV-44-20 "Search for conditions for intensification of the processes of extraction of polysaccharides from plant raw materials under the influence of electromagnetic fields"«
Research project IV-46-21 "Search for ways to intensify the extraction of humic acids from raw materials of plant origin through the complex influence of pulsed electric discharges and currents"«
Research project IV-47-21 "High-voltage resonant charging systems for capacitive energy storage devices for electric discharge technologies"«
Research project IV-48-22 "Search for ways to create high-voltage resonant chargers with digital control for electric discharge technologies for material processing"«
Powerful pulse current generators (GIS M)
Science
Publications
The use of highly concentrated energy flows in powder metallurgy to produce carbide steels.
Dynamic methods of decoltation of surface wells
Promising processes for manufacturing powder materials
Electric discharge method of influencing the structure of porous materials
Waves in regions with moving permeable boundaries
Creation of high-voltage submersible systems
Dynamic processes in electric discharge installations
Conferences
Technologies and equipment
Cleaning the casting from the cores
Treatment of bottomhole zones of wells
Sheet metal stamping and calibration
Pressing pipes into pipe racks
Residual stress relief
Destruction and crushing of non-metallic materials
EGI melt processing
Lubricating and cooling fluids
Pulse current generators
High-voltage pulse capacitors
News
Contacts
Electric discharge technology for influencing the bottomhole zone of a well
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