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# avs.globecore.com: Magnetic Mills Manufacturer

## Sitemaps
[XML Sitemap](https://avs.globecore.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [GlobeCore in the press: New technology for humic fertilizer production (Fertilizer Focus)](https://avs.globecore.com/globecore-in-the-press-new-technology-for-humic-fertilizer-production-fertilizer-focus): In May 2024, the magazine Fertilizer Focus published an article titled "New technology for humic fertilizer production," authored by GlobeCore founder Stanislav Mykytenko and project manager Vitaliy Kolesnyk.
- [Preliminary processing of liquid organic waste in vortex layer devices](https://avs.globecore.com/preliminary-processing-of-liquid-organic-waste-in-vortex-layer-devices): In recent years, society’s attention has been increasingly drawn to solving two inextricably linked problems — preventing the depletion of natural resources and protecting the environment from pollution.
- [Using a vortex layer apparatus to increase the yield of pectin from beet pulp](https://avs.globecore.com/using-a-vortex-layer-apparatus-to-increase-the-yield-of-pectin-from-beet-pulp): Today, much attention is paid to the development of technologies for obtaining pectin from beet pulp - an effective detoxifier and radioprotector. In industrial production, pectin is extracted from apple and citrus pomace, beet pulp, sunflower baskets, but the pulp is the most economically profitable type of pectin-containing raw material. The content of pectin substances (on a dry basis) in plant raw materials is different: in an apple - (3.3 ÷ 19.9)%; in beets - (6.4 ÷ 30.0)%; in citrus fruits - (9.0 ÷ 14.0)%; in sunflower - (12.0 ÷ 24.0)%; in Jerusalem artichoke - (5.7 ÷ 11.7)%.
- [Processing of Peat and Sapropel into Humates](https://avs.globecore.com/processing-of-peat-and-sapropel-into-humates): Processing of peat and sapropel is used to obtain any new product with required properties. In particular, so-called humates or humic fertilizers, are obtained from this raw material.
- [Microcement: production on vortex layer devices AVS (nanocement)](https://avs.globecore.com/microcement-production-on-vortex-layer-devices-avs-nanocement): Microcement is a material used to strengthen structures made of stone and concrete in order to increase their strength and water resistance. In fact microcement is crushed clinker with additives. Depending on the original components, there are different types (brands). Also the brand is determined by the particle size distribution.
- [Increase of cement activity](https://avs.globecore.com/increase-of-cement-activity): Currently, the worldwide tendency is such that cements with a high content (more than 35%) mineral additives are replacing traditional pure Portland cement, such as blast furnace slag, silica fume, fly ash, limestone flour, natural and artificial pozzolana.
- [Vortex layer device for decontamination of liquid pig and cow manure](https://avs.globecore.com/electromagnetic-nano-mill-for-decontamination-of-liquid-pig-and-cow-manure): Livestock production generates large amounts of liquid manure, which may contain a variety of pathogenic microorganisms and helminth eggs. If such manure falls into the environment without preliminary treatment, it will cause epidemics among the local population. If there is no prompt response, the epidemics can spread to the neighboring towns and villages.
- [Peat processing by Vortex Layer System AVS-150. Peat. Humates. Sapropel.](https://avs.globecore.com/peat-processing-by-vortex-layer-system-avs-150-peat-humates-sapropel): We offer technology of Peat processing with water in the Vortex Layer System AVS for getting from the peat useful organic fertilizer, masses for pelleting seeds of various agricultural crops and highly dispersed peat mass, which is used for application to the soil surface.
- [Globecore Participates in a Vital Project in North Macedonia](https://avs.globecore.com/globecore-participates-in-a-vital-project-in-north-macedonia): For the first time, The Ministry of Ecology of the Republic of North Macedonia is involving private companies to help find a solution to the problem of removing hexavalent chromium from the local waste dump.
- [Globecore Participates in a Vital Project in North Macedonia](https://avs.globecore.com/globecore-participates-in-a-vital-project-in-north-macedonia): For the first time, The Ministry of Ecology of the Republic of North Macedonia is involving private companies to help find a solution to the problem of removing hexavalent chromium from the local waste dump.
- [Manure treatment in a small pig farm](https://avs.globecore.com/manure-treatment-in-a-small-pig-farm): The manure processing on a small livestock farm is very differently equipped, and uses different materials, etc. The traditional system for manure processing is simply not available to small farms due to small amounts of manure.
- [GlobeCore at Aquatech-2019](https://avs.globecore.com/globecore-at-aquatech-2019): Amsterdam hosted the largest water resources convention in the world, Aquatech-2019 on November 5-8.
- [Activation of Catalysts for Carbon Nanomaterial Production](https://avs.globecore.com/activation-of-catalysts-for-carbon-nanomaterial-production): The most important stage of preparing heterogeneous catalysts for carbon nanomaterial (CNM) is their activation, which is understood as a complex of physical influence on the catalytic material, which allows to significantly increase the efficiency of nanostructure synthesis.
- [GlobeCore extends invitation to the International Construction & Utility Equipment Exposition-2019](https://avs.globecore.com/globecore-extends-invitation-to-the-international-construction-utility-equipment-exposition-2019): GlobeCore invites all businesses and parties interested in the implementation of innovative technologies to the International Construction & Utility Equipment Exposition.
- [Cement Grinding in Ball Mills and Vortex Layer Devices](https://avs.globecore.com/cement-grinding-in-ball-mills-and-vortex-layer-devices): Cement and concrete are the second most used substances in the world, after water. On average, the per capita consumption of cement is one ton. This material is widely used as a binder in the production of concrete, reinforced concrete and various construction mixes. The demand for cement in construction of new buildings, repairs and reconstruction is always high.
- [GlobeCore in the Press:  Water & Wastewater Asia Magazine](https://avs.globecore.com/globecore-in-the-press-water-wastewater-asia-magazine): The next issue of Water & Wastewater Asia magazine, published with the support of the Singapore Water Association, out in June.
- [Vortex Layer Devices in Gold Production](https://avs.globecore.com/vortex-layer-devices-in-gold-production): Gold is used in several fields:
- [The Forces in the Vortex Layer Device Chamber Which Impact Biodiesel Production](https://avs.globecore.com/the-forces-in-the-vortex-layer-device-chamber-which-impact-biodiesel-production): The action, motion and energy of the ferromagnetic particles are the decisive influences on the methanolysis process. In turn, these factors are defined by the shape of the particles, their diameter, the ratio of length to diameter, the amount of particles in the chamber and a few other things.
- [Vortex Layer Device Design Features](https://avs.globecore.com/vortex-layer-device-design-features): Operation of the rotating magnetic field devices is based on one of the most characteristic features of multiphase currents, that is, generation of a rotating magnetic field, which serves as a driving force for the intensive chaotic motion of ferromagnetic particles. The particles carry and transform the energy of the field.
- [Three AVS-100 machines commissioned in China](https://avs.globecore.com/three-avs-100-machines-commissioned-in-china): The ferromagnetic vortex layer devices are applied for intensification and improving efficiency of wastewater purification.
- [GlobeCore In The Media: the Cement Americas Magazine](https://avs.globecore.com/globecore-in-the-media-the-cement-americas-magazine): The new issue of the Cement Americas Magazine came out in September 2018. The magazine published an article by Frank May, GlobeCore service engineer, titles The Promising Application of Vortex Layer Devices with Ferromagnetic Elements for Cement Improvement.
- [GlobeCore in the Press: Cemento Hormigón Magazine](https://avs.globecore.com/globecore-in-the-press-an-article-on-the-vortex-layer-device-in-cemento-hormigon-magazine): The May-June 2018 number of Cemento Hormigón Magazine of Spain features an article by GlobeCore electrical engineer José Mora, titled "Re-trituración y mejora del cemento portland en los sistemas de optención de la capa vórtex de particulas ferromagnéticas".  
- [GlobeCore in the press :  “Industrial WaterWorld” magazine](https://avs.globecore.com/globecore-press-industrial-waterworld-magazine-issue-contains-article-decontamination-oil-polluted-water-drains-using-electromagnetic-vortex-layer-devices): The fifth issue for 2017 of "Industrial WaterWorld" magazine published an article entitled "Decontamination of Oily Wastewater Using Electromagnetic Vortex Layer Devices".
- [New Method for Preparing Liquid Mixtures in Manufacture of Latex Articles Using Electromagnetic Field Energy](https://avs.globecore.com/new-method-preparing-liquid-mixtures-manufacture-latex-articles-using-electromagnetic-field-energy): The method is effected using the electromagnetic field energy.
- [GlobeCore in the press: published an article on electromagnetic vortex intensifier for wastewater treatment in “Water Today” magazine](https://avs.globecore.com/globecore-press-published-article-electromagnetic-vortex-intensifier-wastewater-treatment-water-today-magazine): The scientific and research magazine "Water today" in its August issue 8'17 published an article "Electromagnetic Intensification of Heavy Metal Removal and Wastewater Decontamination".
- [Production of coal-water slurry fuel with AVS](https://avs.globecore.com/production-coal-water-slurry-fuel-avs): A high price of traditional fuel (gas and heating oil) encourages to search for new cheaper fuel to reduce the cost of thermal energy. One of the most promising new products is coal water slurry fuel - a mixture of coal particles (fraction 1 ... 70 μm), water and reagent. It is characterized by a good heating value and a high degree of combustion.
- [Modern Electroplating Wastewater Neutralization](https://avs.globecore.com/modern-electroplating-wastewater-neutralization): Electroplating wastewater. Electroplating facilities and shops produce toxic solid waste in the form of ions of heavy metals, acids and alkalis that can cause water pollution. It is due to the electrochemical technology requiring large volumes of water.
- [Physico-chemical methods of ceramic production wastewater treatment: coagulation and adsorption](https://avs.globecore.com/physico-chemical-methods-ceramic-production-wastewater-treatment-coagulation-adsorption): Water treatment process. Ceramic production forms two major streams of wastewater.
- [Removal of Heavy Metals from Wastewater Using Vortex Layer Devices](https://avs.globecore.com/removal-heavy-metals-wastewater-using-electromagnetic-nano-mills): Removal of heavy metals.. From the beginning of the 1970s, technological and scientific research has been increasingly directed towards protection and preservation of the environment, which is becoming more and more important around the world.
- [Fish Processing Wastewater Treatment](https://avs.globecore.com/fish-processing-wastewater-treatment): Industrial wastewater from fish processing facilities is generated by:
- [Biotechnology in dairy wastewater treatment](https://avs.globecore.com/biotechnology-dairy-wastewater-treatment): Dairy wastewater treatment. The technology of food preparation creates waste varying in quantity, pollution, state of aggregation, etc.
- [The problem of treating wastewater containing pharmaceutical substances](https://avs.globecore.com/problem-treating-wastewater-containing-pharmaceutical-substances): Treating wastewater. The efficiency of wastewater treatment in sewage treatment plants depends on many factors, among them is the presence of toxic substances in wastewater which affect activated sludge.
- [Wastewater Treatment With Microorganisms](https://avs.globecore.com/wastewater-treatment-microorganisms): Wastewater treatment. In the process of biological treatment of highly concentrated wastewater from industrial enterprises, food and light industries, the main role is played by microorganisms that colonize the treatment plants. These microorganisms use the substances contained in wastewater for their life-sustaining activity. These bacteria in the activated sludge are  Pseudomonas, Bacterium, Micrococcus, Bacillus, Corynebacterium, Thiobacillus. They perform the destruction of complex organic compounds and nitrogen compounds.
- [Electrochemical treatment of industrial wastewater](https://avs.globecore.com/electrochemical-treatment-industrial-wastewater): Electrochemical treatment of wastewater. In recent years, the electrochemical methods of  industrial wastewater treatment became more popular than chemical treatment. It is due to a significant increase in prices of chemical reagents such as oxidizing agents, reducing agents, acids, alkalis, coagulants and flocculants. The other reasons to abandon chemical reagent treatment is the absence of secondary pollution of the treated water with anions and cations of salts, which makes the facilities environmentally safe; the purified water is reused in the production cycle, since its mineralization does not change, even reduced in some cases. The methods used for comprehensive treatment of multicomponent wastewater with different qualitative and quantitative composition are adsorption and sedimentation of impurities. The treatment plants are compact and easy to operate.
- [Treatment of Wastewater From Galvanic Production](https://avs.globecore.com/treatment-wastewater-galvanic-production): The reasons lie in the design and operation of wastewater treatment equipment. The difficulty is the comprehensive removal of the entire spectrum of pollutants used in industrial processes.
- [Meat Processing Wastewater Treatment](https://avs.globecore.com/meat-processing-wastewater-treatment): Meat processing wastewater treatment. Rational use of raw materials and energy resources is a major problem of today. It is closely related to the protection of environment and, in particular, the protection and conservation of water resources.
- [Biological treatment of wastewater. Bioplatо](https://avs.globecore.com/biological-treatment-wastewater-bioplat%d0%be): Bioremediation is a promising treatment of wastewater of different origins. Generally, a wastewater treatment plant is a complex engineering structure. In this article we will examine one such plant: a floating bioplato.
- [Tannery Wastewater Treatment](https://avs.globecore.com/tannery-wastewater-treatment): Tannery wastewater treatment.. Tannery wastewater is highly concentrated and contains contaminant particles of different size. This is due to a large variety of chemicals in leather industry: sulfuric acid, lime, soda ash, sodium sulfate, sodium sulfide, hypophosphite, ammonium sulfate, synthetic surfactants and finishing agents, kerosene, methyl esters, molasses etc. Synthetic surfactants are used in tanneries as solvents, wetting agents, detergents, emulsifiers, dispersants and accelerators of the processes.
- [Removal of Coke and Byproducts From Wastewater](https://avs.globecore.com/removal-coke-byproducts-wastewater): The problem of industrial wastewater treatment to remove dissolved organic matter, such as phenols, is important and difficult at the same time, despite the large amount of domestic and imported equipment innovations.
- [Sorbent wastewater treatment to remove heavy metals](https://avs.globecore.com/sorbent-wastewater-treatment-remove-heavy-metals): Remove heavy metals. The presence of heavy metal ions such as copper, lead, iron, nickel, zinc in the water is a serious problem for the environment due to their high toxicity, and also due to the inability of microorganisms to process them. The main water pollutants with such metals are ferrous and non-ferrous metallurgy and machine-building facilities.
- [Dairy wastewater treatment](https://avs.globecore.com/wastewater-treatment-dairy-plants): Dairy wastewater treatment . Dairy production is the second largest sector in the food industry. Milk processing plants are spread across the country due to the widespread availability of feedstock. The technology of food production creates large amounts of waste with different contaminants and concentrations. This problem needs to be solved to make dairy industry environmentally clean. It will automatically improve the environmental conditions in the area, because in most cases dairy wastewater is discharged into the sewerage system without any treatment, which can lead to malfunctions of urban sewage treatment plants and reservoirs.
- [Wastewater treatment of baker’s yeast production plant](https://avs.globecore.com/wastewater-treatment-bakers-yeast-production-plant): Baker's yeast.. Rational use of water resources and the protection of waterways from wastewater pollution is of paramount importance. The only way to effectively clean the waterways from pollution is to properly treat wastewater (especially industrial), improving the existing physical, chemical and biological treatment methods and developing new methods.
- [Treating wastewater from electroplating plants](https://avs.globecore.com/treating-wastewater-electroplating-plants): Treating wastewater. Improving environmental safety through development of low-waste technologies, efficient treatment equipment, resource recovery wastewater treatment are the priority directions of the modern industry.
- [Biological wastewater treatment to remove nitrogen and phosphorus compounds](https://avs.globecore.com/biological-wastewater-treatment-remove-nitrogen-phosphorus-compounds): Biological wastewater treatment. Wastewater treated with traditional biological methods contains large amounts of leftover biogenic substances (nitrogen and phosphorus compounds), which cause a lot of damage in natural water bodies.
- [Industrial wastewater treatment from lead](https://avs.globecore.com/industrial-wastewater-treatment-lead): Industrial wastewater. Wastewater containing lead is extremely toxic. This metal is hazardous and has toxic and mutagenic effects on living organisms.
- [Methods of chromium and heavy metals removal from wastewater](https://avs.globecore.com/methods-chromium-heavy-metals-removal-wastewater): Heavy metals removal from wastewater. In recent years, the most widely used methods of wastewater treatment to remove chromium and heavy metals are chemical (reagent), ion-exchange and electrochemical.
- [Methods for water waste treatment  for the production of edible oil](https://avs.globecore.com/methods-water-waste-treatment-production-edible-oil): Water waste treatment. Rational use of raw materials and energy resources is an urgent problem of today. It is closely related to the protection of environment, and water resources. The large amounts of highly concentrated wastewater come from the food industry. Such water in municipal drainage system or discharged directly into the environment can pose a serious threat to natural waters. The worst wastewater treatment problems belong to the butter, margarine and mayonnaise production. It is due to the high concentrations of grease in these products and inefficient technologies for degreasing of wastewater.
- [Electroplating wastewater treatment – chemical methods](https://avs.globecore.com/electroplating-wastewater-treatment-chemical-methods): Electroplating wastewater. Wastewater from electroplating and printing plates is classified as acidic or alkaline metal containing wastewater. Therefore the treatment includes methods that neutralize acids and alkali, extract metals, but do not extract organic contaminants. As a result, there is a difficulty to extract metal organic complexes. It should also be noted that certain organic impurities in the electroplating wastewater have enhanced toxicity.
- [Municipal wastewater treatment](https://avs.globecore.com/municipal-wastewater-treatment): Municipal wastewater treatment has become a complex process, due to numerous industrial facilities located in and around settlements, making their wastewater highly irregular in composition. Industrial wastewater requires a combination of the existing methods and improvement of the whole treatment process. The main approaches that can be used in municipal wastewater treatment plants are discussed below.
- [Using Chemicals to Remove Chromium from Wastewater](https://avs.globecore.com/using-chemicals-remove-chromium-wastewater): Remove chromium. The most common methods of wastewater treatment are reagent treatment, ion exchange treatment and electrochemical treatment. Chemical reagent treatment is most common method of chrome and heavy metals removal.
- [Adsorption treatment of wastewater containing dyes](https://avs.globecore.com/adsorption-treatment-wastewater-containing-dyes): Treatment of wastewater. Large amounts of wastewater contain various dyes which are toxic and hazardous for the environment. This wastewater comes from the dye manufacturers and dyeing facilities of various industries.
- [Industrial wastewater treatment – electrochemical methods](https://avs.globecore.com/industrial-water-treatment-plant): Industrial water treatment plant. The electrochemical method of wastewater treatment is primarily used for extraction of chromium.
- [Ways to Improve Industrial Wastewater Treatment?](https://avs.globecore.com/ways-improve-industrial-wastewater-treatment): Industrial wastewater treatment. The environmental issues of industrial wastewater treatment are becoming more and more important. This is due to the growing  pollution of water and air with the continuous increase of industrial wastewater volume and the tremendous growth in clean water consumption. This demands the development of new effective methods and equipment for water purification.
- [Wastewater treatment plant process in paint production](https://avs.globecore.com/wastewater-treatment-plant-process): Wastewater treatment plant process. Wastewater treatment, reuse and disposal is a pressing environmental, economic and technological  problem for many industrial facilities. The current methods often do not provide complete water purification and do not meet modern environmental standards. Formaldehyde paint shops wastewater (FSV) forms a waste of phenol, urea or melamine with formaldehyde.
- [Aerotank – a biological wastewater treatment facility](https://avs.globecore.com/aerotank-biological-wastewater-treatment-facility): Aerotank is a tank in which wastewater contaminants go through aerobic oxidation under the influence of activated sludge organisms. The aeration tank is constantly supplied with air that provides for the normal activity of organisms and maintains the sludge in suspension. The sludge is a biocoenosis of organisms that can oxidize  and adsorb on their surface the organic matter of wastewater forming compact medium-sized flakes.
- [Sedimentation water treatment in the cement industry](https://avs.globecore.com/sedimentation-water-treatment-used-cement-industry): Sedimentation water treatment. Municipal and industrial wastewater goes to the wastewater treatment plants where it is purified and the waste is dried and disposed of.
- [Wastewater treatment technologies in bakeries](https://avs.globecore.com/wastewater-treatment-technologies-bakeries): Wastewater treatment technologies. The situation with wastewater of bakery facilities varies and depends on the location of the plant. Large factories dump their wastewater into the municipal sewage system, because it is believed that bakeries do not need their own treatment facilities, as their wastewater standards are close to sewer discharge norms. However, this is not quite true. The amount of chemical oxygen consumption of bakery production ranges from 300-600 mg O2 / l, and during the cleaning of equipment it is even higher, reaching 1800 mg O2 / l. Given that the municipal treatment facilities cannot cope with the growing amount of wastewater and the degree of contamination, sooner or later, the sewage discharge standards for sewage system will become tougher. It means that the manufacturers will have to solve these issues locally.
- [Improving the efficiency of industrial wastewater treatment](https://avs.globecore.com/improving-efficiency-industrial-wastewater-treatment): Industrial wastewater treatment. The new ideology of using nature and natural resources is making it a number one priority to solve the environmental and economic problems, to stabilize and improve ecological conditions and protect all types of natural resources. These tasks could be solved by implementing a competent environmental policy and environmental management by changing the patterns of production and consumption, structurally modernizing wastewater treatment plants, and improving drinking water quality.
- [Oil wastewater treatment on board ships and in ports](https://avs.globecore.com/oil-wastewater-treatment-oil-containing-wastewater-board-ships-ports): Oil wastewater treatment. Oil waste represents a great danger to waterways. It often spills into the environment in the form of liquid petroleum whenransported by sea, causing pollution.
- [Drilling Fluid production with the GlobeCore AVS-150](https://avs.globecore.com/drilling-liquid-production-avs-150): GlobeCore's engineers have recently tested the New AVS-150 Vortex Layer Device’s ability to produce High Quality Drilling Fluids.
- [Wastewater Treatment with Vortex Layer Device](https://avs.globecore.com/wastewater-treatment-vortex-layer-device): Wastewater Treatment. Over the years, there has been a growing anthropogenic impact on water resources. The main reason is the careless attitude of man to nature, resulting in increasing concentration of pollutants in the water every year, unauthorized dumping of washing water from ships, as well as accidental discharges from industrial wastewater from plants.
- [Decontamination of Wastewater](https://avs.globecore.com/decontamination-of-wastewater): Decontamination of Wastewater. Protection of drinking water, as well as surface and underground water bodies from pollution is a serious problem of humanity, because the need for clean drinking water is always growing.
- [Mechanical Treatment of Wastewater to Remove Petroleum](https://avs.globecore.com/mechanical-treatment-wastewater-remove-petroleum): Mechanical Treatment of Wastewater. Among the worst environmental problems is a widespread petroleum pollution of water bodies, coastal areas and soil, due to its increased production, transportation and refining.
- [Methods for Wastewater Treatment](https://avs.globecore.com/methods-wastewater-treatment): Methods for Wastewater Treatment. The industrial enterprises cause environmental pollution with exhaust gases, wastewater and solid industrial waste.
- [Wastewater Treatment Unit to Remove Hexavalent Chromium and Other Heavy Metals](https://avs.globecore.com/wastewater-treatment-unit-remove-hexavalent-chromium-heavy-metals): Wastewater Treatment Unit. The process line for wastewater treatment from chromium, lead, nickel, iron and other heavy metals can be equipped with the AVS-100 (150) vortex layer device by GlobeCore. It significantly reduces reagent consumption, provides better cleaning and make the process continuous.
- [Industrial Wastewater Treatment Using an Alternating Electromagnetic Field](https://avs.globecore.com/industrial-wastewater-treatment-using-alternating-electromagnetic-field): Industrial Wastewater Treatment. Environmental pollution is a global problem requiring effective and integrated solutions. An important part of protecting the environment is keeping the water resources pure and clean, when they are contaminated with heavy metals, acids, alkalis and other industrial wastes.
- [Wastewater Treatment Based on Vortex Layer Device](https://avs.globecore.com/wastewater-treatment-based-electromagnetic-nano-mill): Environmental problems are vitally important and require complex approaches. The most urgent task is improving the water resources of the planet which are polluted by industrial and agricultural waste. This problem is solved by wastewater treatment systems.
- [Improving the Cracking Resistance of Concrete Using Vortex Layer Device](https://avs.globecore.com/resistance-of-concretel): For more than 100 years, scientists around the world explored the cracking resistance of concrete. The central scientific problem of this research is to establish the patterns of crack development and their effect on the bearing capacity of the element. There are two types of cracks typical for reinforced concrete structures:
- [Research on Coal Regrinding for CWSF Production](https://avs.globecore.com/research-coal-regrinding-cwsf-production): Coal Regrinding. Natural energy resource reserves are distributed unevenly and many countries experience an acute shortage of such raw materials. Hence it is necessary first to seek cheaper options for energy imports, then to take measures to ensure their economic use, and also to look for alternative sources of heat and power.
- [Improving the efficiency of industrial wastewater treatment in the vortex layer device](https://avs.globecore.com/improving-efficiency-industrial-wastewater-treatment-electromagnetic-nano-mill): The methods of industrial wastewater treatment applied today are ion exchange, reagent and electrocoagulation. They treat wastewater, removing chromium and other heavy metals. In spite of the existing achievements, they are not fully efficient and economical and do not provide rational management of water resources. These methods also produce large quantities of waste requiring disposal. In most cases, the resulting sediment is dried and stored on the premises or in places specially designed for waste disposal at extra cost. In recent years, much attention is paid to no-waste or low-waste technologies. But, as practice shows, they require large investments.
- [Ion Exchange in Electroplating Wastewater Treatment](https://avs.globecore.com/ion-exchange-electroplating-wastewater-treatment): The process of ion exchange has found practical use in wastewater treatment and water preparation systems, specifically for demineralization, desalination, correction of the chemical composition of water, removal of toxic or valuable substances in processing natural or industrial wastewater.
- [Using Biosorbents to Remove Oil From Water](https://avs.globecore.com/using-biosorbents-remove-oil-water): Remove Oil From Water. Dumping of insufficiently treated household and industrial wastewater contaminates water, poisons water bodies and destroys ecosystems. Among the substances contaminating oceans, seas, lakes and rivers of the planet, various oil products hold a leading position.
- [Purification of Household Wastewater](https://avs.globecore.com/purification-household-wastewater): Household wastewater goes into sewage from kitchens, bathrooms etc. Such wastewater can be treated using mechanical and biological methods.
- [Chemical Purification of Wastewater](https://avs.globecore.com/chemical-purification-wastewater): Chemical Purification of Wastewater. Water going into the sewage system must be processed to remove heavy metals and other hazardous contaminants. This purification requires a complex of measures.
- [Treatment of Electroplating Chromic Wastewater](https://avs.globecore.com/treatment-electroplating-chromic-wastewater): Among the many existing methods of chromic wastewater decontamination, such as chemical, ion-exchange, adsorption, membrane, biochemical and electrochemical, the chemical method is used the most. The reduction agent of hexavalent chrome can be iron sulfide, calcium sulfide, hydrogen peroxide, formaldehyde, powder aluminum, hydrazine, barium salts, lead compounds, metal scrap etc. For reduction of one part of Cr6+ up to 16 parts of reduction agent are required. In the end, the process results in large amounts of solid waste(10.0 - 12.5 thousand tons per year), which contain large amounts of hydroxides, carbonates and heavy metal salts.
- [Oil Processing Wastewater Treatment Facility](https://avs.globecore.com/oil-processing-wastewater-treatment-facility): Wastewater Treatment Facility. Environmental protection and reasonable use of natural resources, ecological security of the society are the main conditions of sustainable economic and social development.
- [Methods of Dry Construction Mix Modification](https://avs.globecore.com/methods-dry-construction-mix-modification): The high quality of the modern construction mixes is impossible without using special modifying additives. They allow to adjust the properties of the material, making solutions with the required qualities for use in any (even extreme) conditions.
- [Modern Methods of Wastewater Treatment](https://avs.globecore.com/modern-methods-wastewater-treatment): Ion-exchange method is a promising approach in industrial wastewater treatment. It facilitates almost complete removal of contaminants from wastewater and allows to reuse the water. However, this method has certain limitations in removal of heavy metal salts.
- [Wastewater treatment technology](https://avs.globecore.com/wastewater-treatment-technology): Development of wasteless technology is an important measure to protect the environment from anthropogenic loads by separating contaminants from water, and possibly to recycle the contaminants for use in technology processes.
- [Intensification of Wastewater Treatment in Food Production](https://avs.globecore.com/intensification-wastewater-treatment-food-production): Intensification of Wastewater Treatment. Treatment of wastewater, including that in food production industry, is a serious problem. Today, industrial processing of agricultural materials without consideration of environmental concerns causes contamination not only of the atmosphere and water bodies, but also the soil, ruining its fertility. Sugar, alcohol, yeast and meat processing facilities are often surrounded by ‘dead zones’, contaminated due to inefficient treatment of waste.
- [Neutralization of Wastewater](https://avs.globecore.com/neutralization-of-wastewater): Neutralization of wastewater is required before releasing it into water bodies or reuse in various technology processes. Wastewater containing acids or alkali must be neutralized.
- [Removal of Phosphorus From Wastewater: a Review of Methods](https://avs.globecore.com/removal-of-phosphorus-from-wastewater): Removal of Phosphorus From Wastewater. Wastewater generated by the industry and agriculture in many cases contains large amounts of ammonium and phosphorus. Insufficient removal of these from wastewater is a source of contamination of ground and surface water and causes eutrophication of water bodies. Biogenic elements cause proliferation of cyanobacteria. Excessive activity of algae degrades operation of water intakes and fishing, reduces the hydraulic parameters of the flow (the speed of flow near the banks); algal bloom reduces the amount of solved oxygen, has a negative impact on flora and fauna and disrupts normal functions of natural ecosystems.
- [Livestock Farm Wastewater Treatment](https://avs.globecore.com/livestock-farm-wastewater-treatment): Farm Wastewater Treatment. The degree of contamination of wastewater is characterized by the amount of mineral, organic and bacterial materials solved or unsolved in the water.
- [Biochemical Treatment of Wastewater: Anaerobic Process](https://avs.globecore.com/biochemical-treatment-wastewater-anaerobic-process): Biochemical Treatment of Wastewater. Anaerobic methods involve treatment of wastewater without access to oxygen. Instead, methane fermentation is used. The advantage of this method is the high level of converting contaminants with the formation of biogas byproduct.
- [Wastewater Treatment: Aerobic Process](https://avs.globecore.com/wastewater-treatment-aerobic-process): Aerobic process are based on the use of microbes which require constant supply of oxygen and the temperature of 20-40°С. Disruption of oxygen supply and temperature changes the composition and number of microbes. Purification of wastewater in aerobic conditions is performed by biofilters or by cultivation of microbes in biological sludge, in which biocenosis consists of various groups of organisms(bacteria, worms, fungi, algae etc). Biological sludge is an amphoteric colloid, in which рН = 4-9, and the dry material contains 70-90% organic and 10-30% inorganic substances.
- [Wastewater Treatment: Absorption Fields, Biofilters and Aerotanks](https://avs.globecore.com/wastewater-treatment-absorption-fields-biofilters-aerotanks): Wastewater Treatment:. Aerobic wastewater treatment methods is classified according to the type of reservoir where the contaminants are oxidized. The reservoirs can be such structures as absorption fields, ponds, biofilters and aerotanks.
- [Industrial Wastewater Treatment](https://avs.globecore.com/industrial-wastewater-treatment): The volume of toxic waste has been growing in recent years, and the environment cannot cope on its own.
- [Compact Wastewater Treatment Facilities](https://avs.globecore.com/compact-wastewater-treatment-facilities): The modern wastewater treatment infrastructure in cities is in many cases in poor condition, while the volume of wastewater and the concentration of contaminants keep growing. The quality of wastewater treatment may fall short of standards due to unsatisfactory operation of the aging treatment plants. Besides, new sewage lines must be built through residential area to supplement the existing infrastructure. The larger the treatment facilities, the mode costly are maintenance, repairs and operation, which becomes so cumbersome that the expenses keep growing indefinitely.
- [Ion Exchange in Electroplating Wastewater Treatment Processes](https://avs.globecore.com/ion-exchange-electroplating-wastewater-treatment-processes): The problem of contamination of water bodies with biogenic elements and protection of the environment is essential. The main source of contamination, which worsens water quality and disrupts ecosystems is the release of insufficiently treated wastewater.
- [Treatment of Agricultural Wastewater with Biotechnology](https://avs.globecore.com/treatment-agricultural-wastewater-biotechnology): Treatment of agricultural wastewater usually involves physical, chemical and biological processes. A typical treatment system includes primary, secondary and, in some cases, tertiary purification stages.
- [Traditional and Alternative Methods of Household Wastewater Treatment](https://avs.globecore.com/methods-of-wastewater-treatment): Methods of Wastewater Treatment. Among the traditional wastewater purification technologies, one of the most common is aerotank treatment.
- [Removal of phosphates from waste water](https://avs.globecore.com/removal-phosphates-waste-water): We have researched the process of removing phosphates from wastewater by the AVS vortex layer vortex layer device. We studied the influence of treatment duration and pH of the medium  on the degree of decontamination, determined the optimal ratio of reaction components, processing rate of the vortex layer device and the influencing factors, as well as optimal process conditions.
- [Dry construction mixtures](https://avs.globecore.com/dry-construction-mixtures)
- [Electromagnetic Intensifier for WasteWater Treatment](https://avs.globecore.com/wastewater-treatment): Treatment of industrial waste water is one of the most important stages of any production process. Besides, environmental safety is not only a matter of preference, but a requirement in our times.
- [Dry grinding of paint pigments using vortex layer device by GlobeCore](https://avs.globecore.com/dry-grinding-paint-pigments-using-electromagnetic-nano-mill-globecore): Expanding the application areas for the vortex layer devices (AVS), GlobeCore engineers conducted tests in dry milling of paint pigments.
- [Equipment for Mixing of Paints](https://avs.globecore.com/equipment-mixing-paints): The need for mixing different paints arises when one needs to perform some paintwork, but is not satisfied with standard colors available in the market.  In addition, mixed colors are more subtle and convincing.
- [Filtration of Vegetable Oil](https://avs.globecore.com/filtration-vegetable-oil): Vegetable oil is a product made from oily raw material by extrusion and extraction processes.  A combination of these methods is used slightly less often: the first stage is extrusion, and the second one is extraction.
- [PAINT AND LAQUER PRODUCTION](https://avs.globecore.com/paint-production): Intensive dispersion of solid material with simultaneous particle activation can be applied in paint production and laquer production. Iron oxide pigments, for instance, can be dispersed to the size less than 20 micron in 15-60 seconds in the AVS vortex layer device; in a ball drum, the same process takes several hours.
- [QUARTZ SAND PULVERIZATION](https://avs.globecore.com/quartz-sand-pulverization-2): Quartz and quartz sand are natural materials. There is a lot of quartz in the Earth’s crust, and the material has several important properties, such as high mechanical strength and adsorption capability. Quartz can be a part of other minerals, bringing its content in the Earth’s crust to over 60%. It is mostly used in the form of sand in the industry.
- [The Use of Vortex Layer Devices for Decontamination of Liquid Pig Manure](https://avs.globecore.com/use-vortex-layer-devices-decontamination-liquid-pig-manure): One of the major problems of livestock industry is the accumulation of large amounts of liquid manure.  Manure processing and subsequent disposal technology depends on the pig farm cleaning methods.  Nowadays, water wash is most often used in practice, which is characterized by the occurrence of low-concentration manure effluent, the volume of which is 4-5 times more than the volume of the initial material. Processing costs also grow proportionally.  At the same time it extends the life cycle of various infectious diseases and helminth eggs, which requires effective ways of disinfecting the resulting manure.

## Pages
- [Raising output of light oil production from crude oil](https://avs.globecore.com/news/drilling-fluid)
- [Traditional and Alternative Methods of Household Wastewater Treatment](https://avs.globecore.com/traditional-and-alternative-methods-of-household-wastewater-treatment)
- [AVSP-100 Vortex Layer Device (Semi-Automated)](https://avs.globecore.com/products/avsp-100-vortex-layer-device-semi-automated): The AVSP-100 device (semi-automated) is designed for cyclic dispersion of multicomponent systems, as well as mixing of dry flowing materials (with the exception of explosive mixes); it can be used for the purposes of research in pilot plants with a wide range of products and small amounts of dry materials processed, as well as in laboratory conditions.
- [AVS-150K Wastewater Treatment Complex](https://avs.globecore.com/products/avs-150k-wastewater-treatment-complex): The AVS-150К complex is designed to purify wastewater, removing hexavalent chrome, iron, phenol, cyans, arsenic, fluorine and other impurities.
- [Privacy policy](https://avs.globecore.com/privacy-policy): Privacy policy
- [Support](https://avs.globecore.com/support): Principles of Client Support and Interaction Timely client support and interaction is one of GlobeCore’s top priorities, regardless of client location, thanks to the well developed network of representatives and service centers. GlobeCore experts are always ready to equipment maintenance and repair service. The company’s specialists provide corrective and preventive maintenance of equipment for purification and regeneration of transformer, turbine, industrial and other oil types, as well as bitumen emulsion production and bitumen modification equipment. In client relations, our company is guided by the following principles: Free consulting. You can always receive advice from our highly qualified specialists when choosing your equipment to ensure optimal solution Custom approach. Each unit is designed and manufactured to meet individual needs and requirements of the customer Commissioning support. If needed, the company’s experts come to client location for commissioning of the equipment Wide spare parts and component selection. GlobeCore maintains a large stock of spare parts for quick replacement to insure against long down time and related losses Personnel training. GlobeCore provides operator training for all equipment types. Additional videos for operator training are available on request Upgrades. GlobeCore specializes in upgrading currently operated equipment to maximize its lifetime Warranty and post-warranty service. All jobs completed by GlobeCore experts are covered by warranty. Post-warranty service is possible under separate agreements
- [Mixing, homogenizing of multicomponent suspensions and mixtures in food industry](https://avs.globecore.com/news/mixing-homogenizing-multicomponent-suspensions-mixtures-food-industry)
- [Ultra-fine milling and mixing, mechanical activation of granular materials](https://avs.globecore.com/news/ultra-fine-milling-mixing-mechanical-activation-granular-materials)
- [Modification, activation, desintegration of solid and liquid materials](https://avs.globecore.com/news/modification-activation-desintegration-solid-liquid-materials)
- [Fuel processing, oil in water emulsions, coal-water fuel, desulfurization](https://avs.globecore.com/news/fuel-processing-oil-water-emulsions-coal-water-fuel-desulfurization)
- [Wastewater treatment, acid water neutralizing, water purification and disinfection](https://avs.globecore.com/news/wastewater-treatment-acid-water-neutralizing-water-purification-disinfection)
- [Purchase](https://avs.globecore.com/purchase): THE PROCESS
- [APPLICATION](https://avs.globecore.com/application)
- [Vortex Layer Device AVS-150](https://avs.globecore.com/products/avs-150): Vortex layer device AVS-150. General view
- [HomePage](https://avs.globecore.com/):   Product application area:     Wastewater treatment, acid water neutralizing, water purification and disinfection Fuel processing, oil in water emulsions, coal-water fuel, desulfurization Modification, activation, desintegration of solid and liquid materials Ultra-fine milling and mixing, mechanical activation of granular materials Mixing, homogenizing of multicomponent suspensions and mixtures in food industry Dry modified construction mix, ready mix concrete, portland cement Drilling fluid production with globecore vortex layer device avs-150
- [Process intensifier AVS-100. Vortex Layer Device](https://avs.globecore.com/products/avs-100): The unit operates on the principle of transforming the energy of electromagnetic field into other forms of energy. The unit is a chamber (pipeline) of 90-136 mm diameter, located inside rotating electromagnetic field inductor. There are ferromagnetic cylindrical elements of 0.5 – 5 mm diameter and 5 – 60 mm length in the operating area, from several dozen to several hundred (0.05 – 5 kg), depending on the volume of the work zone.
- [Videos](https://avs.globecore.com/videos): Brief experiment discription: 
- [Contacts](https://avs.globecore.com/contacts)
- [Articles](https://avs.globecore.com/articles)
- [News](https://avs.globecore.com/news)
- [Products](https://avs.globecore.com/products)