AVS-100 Mixing Machine. Electromagnetic Mill
AVS-100
-
Advantages
- simultaneous pulverization, mixing and activation of processed media;
- super-fine pulverization;
- process intensification. Retention times measured in fractions of a second;
- reduced power consumption;
- raw material economy;
- simple to retrofit into existing processing lines.
Fig. 1. Electromagnetic vortex system: 1 – protective bushing; 2 – inductor of rotating electromagnetic field; 3 – inductor body; 4 – non-magnetic material work operating chamber; 5 – ferromagnetic elements |
Figure 2. A photo of vortex layer (1000 frame per second camera) | Fig. 3. The chamber of AVS for liquid phase processes: 1 – chamber; 2 – bush; 3– strainer; |
Fig. 4. AVS chamber with knives: 1 – knoves; 2 – chamber; 3– mesh filter; 4 – bush. |
Fig. 5. AVS chamber with tubes: 1 – chamber; 2 – mesh; 3 – bush; 4 – tubes; 5 – filter tube |
Fig. 6. AVS chamber with rotor: 1 – chamber; 2– bronze bushings (lubricated and cooled by the processed liquid); 3 – lid; 4 – rotor |
The AVS-100 with ferromagnetic elements is designed to intensify6An intensification is an increase in strength or magnitude (or intensity). various physical and chemical processes.
The units can be efficiently used for
- production of multicomponent emulsions7An emulsion is a mixture of two or more liquids that are normally immiscible (unmixable or unblendable). and suspensions8A suspension is a heterogeneous mixture that contains solid particles sufficiently large for sedimentation.;
- acceleration of production of finely dispersed9A dispersion is a system in which distributed particles of one material are dispersed in a continuous phase of another material. The two phases may be in the same or different states of matter. mixtures;
- activation10Activation generally refers to the process whereby something is prepared or excited for a subsequent reaction. of materials both in dry form and dispersed in water;
- leading to improved properties of resin and decreased vulcanizing time;
- for complete purification of industrial waste water11Wastewater (or waste water) is any water that has been affected by human use. from phenol, formaldehyde, heavy metals12Heavy metals are generally defined as metals with relatively high densities, atomic weights, or atomic numbers., arsenic, cyanides;
- acceleration of heat treatment,
- production of protein material from yeast cells;
- improvement of microbiological stability of food products and activation of yeast in bread baking;
- improvement of crude products and finished products from meat and fish;
- intensification of extraction13An extract is a substance made by extracting a part of a raw material, often by using a solvent. processes, including production of broth, juice, pectin etc.
- production of suspensions and emulsion of increased microbiological safety in food production without the used of staibilizers and increase of product output.
The rotating electromagnetic field causes the ferromagnetic elements in the active zone to move and create the so called “vortex layer”
AVS Systems could be used as:
Parameter | Type |
AVS-100 | |
Max processing rate, m3/hour
– water water treatment |
12 |
– suspension production | 5 |
Operating pressure, MPa (kg/cm2), max: | 0,25 (2,5) |
Work zone diameter, mm | 90 |
Magnetic induction in work zone, Т | 0,15 |
Electric supply | From AC network |
Frequency, Hz | 50 |
Voltage, V | 380 |
Rotation of magnetic field in work area, RPM | 3 000 |
Power consumption, kW | 4,5 |
Dimensions, mm | 1200×900×1610 |
Weight, kg | 520 |
- simultaneous pulverization, mixing and activation of processed media;
- super-fine pulverization;
- process intensification. Retention times measured in fractions of a second;
- reduced power consumption;
- raw material economy;
- simple to retrofit into existing processing lines.
AVS vortex layer devices manufactured by GlobeCore can be used:
In construction for:
- quartz sand crushing;
- grinding and activation of caked cement;
- wood powder regrinding;
- production of dry construction mixes;
- production of lightweight expanded clay aggregate (LECA);
- aerated concrete production;
- sand-lime brick production;
- manufacture of asbestos-cement products;
- bitumen emulsion production;
- gypsum binder activation;
- production of ceramic items;
- water magnetization;
- chalk crushing;
- 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 crushing;
- pyrocarbon (carbon) crushing;
- glass crushing;
- 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;
- processing of resistive compositions in production of resistors.
In the fuel industry for:
- blending of diesel fuel and fuel oil;
- preparation of heavy marine fuel;
- coal crushing and water-coal fuel generating;
- biofuel production.
In the paint and varnish industry for:
- paint production;
- grinding and production of mineral pigments;
- synthesis of inorganic pigments;
- production of road surface marking paint;
- improving the protective properties of paints and varnishe
In agriculture for:
- magnetic processing of plant seeds;
- processing of sugar production waste (beet pulp);
- production of humates, humic and folic acids;
- peat and leonardite grinding;
- grinding of finished peat gel;
- chicken manure decontamination;
- swine manure decontamination;
- production of liquid mixed fodders;
- production of herbicidal suspensions;
- production of granulated organic fertilizers from chicken manure.
In the metallurgical industry for:
- crushing of ilmenite in the titanium concentrate obtaining process;
- extraction of gold and other rare earth metals in settings of a beneficiation factory;
- intensification of sulfur smelting autoclave process;
- mixing and grinding of ferrite powders in production of ferrites;
- mold flash removal to ensure hardening of parts.
In the petrochemical industry for:
- preparation of dispersions to manufacture rubber products;
- removal of sulfur from crude oil and petroleum products;
- purification of used oils;
- gasoline processing;
- processing and production of cutting fluids;
- processing of graphene lubricant;
- production of synthetic lubricant grease;
- preventing the formation of heavy oil deposits;
- activation of crude and residual oils;
- drilling mud production;
- rongalite reclamation;
- neutralization of sulfite solution;
- preparation of resin glue emulsion;
- activation and modification of fillers to be added to pure rubbers;
- lubricant grease 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;
- extraction of medicinal plants.
In treatment of wastewater:
- containing hexavalent and trivalent chromium;
- containing iron;
- containing nickel;
- containing zinc;
- containing copper;
- containing cadmium;
- containing cyanide compounds;
- containing arsenic;
- containing lead;
- containing magnesium;
- containing fluorine;
- containing phenol;
- containing petroleum products;
- from healthcare facilities (infectious diseases hospitals, specialized centers for early treatment of tuberculosis, etc.);
- from household consumers;
- from milk processing factories;
- from pig and poultry farms;
- from vegetable oil factories;
- from electroplating facilities;
- from fodder yeast production facilities.
In the food industry for:
- processing and obtaining of pectin from lime peel;
- coffee grinding;
- grinding of apricot kernels in the lignin obtaining process;
- 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 peppers grinding;
- grinding of cocoa hulls and obtaining of cocoa shells;
- ethyl alcohol production.
In waste processing for:
- production of tiles from waste materials;
- activation of uranium and plutonium mixture;
- grinding of old asphalt concrete;
- obtaining of mineral binders from smelter slags;
- preliminary processing of liquid organic waste before anaerobic fermentation;
- mechanical activation of zeolite;
- 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.