Karakteristik Teknis AVS-150

• penghancuran, pencampuran, dan aktivasi media yang diproses secara bersamaan;
• penghancuran super halus;
• intensifikasi proses. Waktu retensi diukur dalam sepersekian detik;
• mengurangi konsumsi daya;
• ekonomi bahan baku;
• mudah untuk dipasang kembali ke dalam jalur pemrosesan yang ada.

AVS vortex layer devices manufactured by GlobeCore can be used:

In construction for:

• quartz sand grinding;
• caked cement grinding and activation;
• wood flour manufacturing;
• construction mix production;
• expanded clay production;
• aerated concrete production;
• sand-lime brick production;
• manufacture of asbestos-cement products;
• microcement production;
• bitumen emulsion production;
• gypsum processing and activation;
• calcium carbonate grinding;
• production of ceramic items;
• water magnetization;
• chalk grinding;
• linoleum production;
• mixing of bitumen and perlite, bitumen and chalk, as well as other additives to bitumen for obtaining of grouts;
• ovalization (removal of sharp edges) and selective crushing of synthetic diamonds;
• mixing of charge stock constituents applied in production of diamond tool bodies.

In additive technology for:

• preparation of finely dispersed mixes;
• graphene production;
• graphite milling;
• pyrocarbon (carbon) crushing;
• glass milling;
• obtaining (by mixing) of refractory compounds (titanium carbide, molybdenum silicide) with simultaneous grinding to the required granularity;
• pulverization and mixing of refractory powders;
• mixing of various constituents of bulk materials (organic-bond powders, metal-based bond powders, micropowders, ceramic frit constituents, graphite and metal powders during the synthesis of superhard materials, disintegration of diamonds (including the needle-shaped ones), ovalization of diamond grains);
• mixing of diamond-bearing molding powders;
• cellulose milling;
• resistors manufacturing.

In the fuel industry for:

• blending of diesel fuel and fuel oil;
• heavy marine fuel preparation;
• mixed oxide fuel production;
• coal grinding to obtain water-coal fuel;
• biodiesel production.

In the paint and varnish industry for:

• paint production;
• mineral pigment dispersion;
• synthesis of inorganic pigments;
• road surface marking paint production;
• improving the protective properties of paints and varnishe.

In agriculture for:

• pre-sowing electromagnetic seed processing;
• sugar beet processing;
• peet processing for humic fertilizers production;
• leonardite grinding;
• peat gel production;
• sapropel processing;
• amaranth milling;
• chicken manure decontamination;
• chicken manure disinfection;
• swine manure decontamination;
• fodder production;
• herbicidal suspensions production;
• production of granulated organic fertilizers from chicken manure.

In the metallurgical industry for:

• titanium dioxide production;
• gold production;
• oil shale grinding;
• intensification of sulfur smelting autoclave process;
• ferrite powders grinding;
• ferrite powders mixing;
• mold flash removal to ensure hardening of parts.

In the petrochemical industry for:

• preparation of dispersions to manufacture rubber products;
• crude oil activation;
• removal of sulfur from crude oil and petroleum products;
• purification of used oils;
• gasoline processing;
• cutting fluids production;
• graphene lubricant processing;
• lubricant grease production;
• preventing the formation of heavy oil deposits;
• activation of crude and residual oils;
• drilling mud production;
• rongalite production;
• neutralization of sulfite solution;
• resin glue production;
• activation and modification of fillers to be added to pure rubbers;
• lubricants production;
• processing of crude oil to increase the yield of low-boiling fractions;
• obtaining (by grinding and subsequent mixing) of filled metallopolymers based on fluoroplastic and graphite;
• medicinal plants extraction.

In wastewater treatment:

• wastewater treatment from hexavalent and trivalent chromium;
• wastewater treatment from iron;
• wastewater treatment from nickel;
• wastewater treatment from zinc;
• wastewater treatment from copper;
• wastewater treatment from cadmium;
• wastewater treatment from cyanide compounds;
• wastewater treatment from arsenic;
• wastewater treatment from lead;
• wastewater treatment from magnesium;
• wastewater treatment from fluorine;
• wastewater treatment from phenol;
• wastewater treatment from phosphates;
• wastewater treatment petroleum products;
• wastewater treatment from healthcare facilities (infectious diseases hospitals, specialized centers for early treatment of tuberculosis, etc.);
• domestic wastewater treatment;
• wastewater treatment from milk processing factories;
• poultry farms wastewater treatment;
• vegetable oil factories wastewater treatment;
• wastewater treatment from electroplating facilities;
• wastewater treatment from fodder yeast production facilities.

In the food industry for:

• pectin production;
• coffee milling;
• lignin production from apricot kernels;
• production of pulpy juices from berries;
• electromagnetic processing of vegetables;
• electromagnetic processing of semi-finished meat products;
• electromagnetic processing of finished meat products (sausages, frankfurters);
• intensification of meat broth production process;
• production of bone food paste;
• intensification of flour-based foods production process;
• mayonnaise production;
• extraction of protein substances from microorganisms;
• yeast activation;
• activation of ingredients in chocolate products;
• freezing-out of vegetable oil;
• electromagnetic processing of water-alcohol solutions (liqueurs and spirits);
• obtaining of starch and molasses;
• hydrolysis of carbohydrates to the level of alcohols;
• production of emulsion-based sauces;
• purification of unrefined vegetable oil (sunflower, rapeseed, mustard seed oils);
• instant dissolution of powdered milk (or casein) in sour cream;
• dispersing (micro-level mixing) of mustard, powdered milk, powdered eggs with other ingredients;
• hot pepper milling;
• cocoa shell grinding;
• ethyl alcohol production.

In waste processing for:

• production of tiles from waste materials;
• fuel preparation for sast-neutron reaactors;
• grinding of old asphalt concrete;
• obtaining of mineral binders from smelter slags;
• preliminary processing of liquid organic waste before anaerobic fermentation;
• zeolite grinding and activation;
• intensifying the process of radwaste vitrification in electric furnaces;
• liquid radwaste cementing;
• disposal of ash dumps from hydroelectric and thermal power plants, slag heaps, and coal beneficiation factories;
• paper stock grinding in the pulp and paper industry.