Multiple-purpose electrohydropulse plants (EHP) are intended for a core knockout (cast cleaning) of any durability and moulding sand wastes removal from casts of any complexity having weight from 0.1 to 30.000 kg in the conditions of individual, serial and large-scale production.

Material of treatable parts: steel, pig-iron, aluminum, titan and nonferrous alloys.

Type of crushed and refined materials: core and moulding sands (sandy-argillaceous, liquid self-hardening sand...

The electrohydropulse technology and the equipment for moulds and cores removal from the casts produced by investment pattern moulding (precision moulding) provide for 100% removal of moulds and cores. Treatment is carried out at two stages; at the first stage the outer coat and approximately 90% of cores are removed, then the parts are cut from a standpipe, and at the second stage additional cleaning is done in a special appliance purposed for the parts with incompletely removed cores. For the purpose to realize this technology, EHP...

Taking into account retrieved by many researchers (Trofimov G.A., Kiselyov V.A., Sazonov E.K. and others) positive results of experiments on application of electrohydropulse treatment for internal stresses relief in casts, the specialists of the Center carried out (jointly with PTIMA of NAS of Ukraine) the explorations aimed to specify the influence produced by electrohydropulse treatment on stabilization of geometrical sizes of casts (see the paper by Gorenko V.G., Prihod’ko V.V. The Binary Process of a Core Knockout and Stabilization of Geometrical Accuracy of Casts by the Electrohydraulic Effect. Metal and Moulding of Ukraine...

An operating principle of electrohydropulse plants for waste cleaning against slag is grounded on use of high-voltage discharges in a liquid produced between an electrode and scrap material and accompanied by a complex of physical phenomena, the so-called electrohydraulic effect being an electric explosion in a liquid (almost instant energy generation in the set point), thus resulting in crushing and removal from a surface and from scrap...

In the Science and Technology Center "VEGA" the technology and equipment are developed providing for a high degree of salt deposit removal (98% of initial volume) from wheels and distributors of immersion centrifugal electric pumps (ICE).

An operating principle of the equipment is grounded on use of high-voltage discharges in a liquid produced between an electrode and a treatable object and accompanied by a complex of physical phenomena, the so-called electrohydraulic effect...

In the Science and Technology Center "VEGA" the technology and equipment are developed on purpose to facilitate the process of used (salted) immersion centrifugal electric pumps (ECP) dismantling, namely pump extraction from the casing due to salt deposit destruction between the pump casing and the detachable part and considerably less efforts necessary for extraction of the detachable part from the pump casing.

An operating principle of the equipment is grounded on use of high-voltage discharges in a liquid produced between an electrode and a treatable object...

Electrohydropulse technology of foreign covers and residues removal, including from cooling jackets of melting furnace inductors and heat-exchange appliance pipes is based on use of high-voltage discharges in a liquid produced between a working electrode and a treatable object and accompanied by a complex of physical phenomena, the so-called electrohydraulic effect being an electric explosion in a liquid generating powerful shock waves and liquid hydrostreams which provide for crushing and removal...

Our specialists developed an electrohydropulse technolgogy for crushing of ferro-concrete foundations, ceilings and walls having thickness more than 250 mm at reconstruction and planned repair of workshops and crushing of strong mineral formations.

The technology can be realized by electrohydropulse plants "Bazalt-2M", "Bazalt-3", "Bazalt-4", "Bazalt-4A".

An operating principle of the equipment is grounded on use of high-voltage discharges in a liquid accompanied by a complex of physical phenomena...

The technology is intended for crushing of concrete, ferro-concrete products, including off-grade, strong mineral formations.

The technological process is grounded on use of a high-voltage electric discharge produced between a special electrode and an object to be crushed both placed in a container (a technological bath) filled with liquid (water).

The technology is intended for fracturing and refining of technological wastes, scrap, off-grade products from ceramics, porcelain, high-strength fireproof materials, and also various types of glass (including reinforced by a metal gauze) and other strong mineral formations which are difficult for processing by conventional mechanical methods.

We developed the technology and the equipment enabling to provide high level of undesirable covering and residue removal from products (98% of initial volume), loosening of threaded joints and trims, and also their partial dismantling which essentially reduces labor input required for product dismantling and excludes manual crushing (by a chopper or a chisel) of heavily rusted threaded joints.

The principle is grounded on use of high-voltage discharges in a...

Away back in the sixties many researchers observed the effect of hardened surfaces in the process of electrohydropulse treatment of the later.

This method is about treatment of surfaces by pressure repeated pulses generated by high-voltage discharges in water. Thus, the treatable structure is also immersed in water. At repeated pulse loading plastic deformation occurs in surface layers of the treatable product. In material structure the increase in density of dislocations is observed, besides in steel structure the twins emerge, and also...