CLM-2/4 colloid mill is designed for inline homogenization and emulsification of liquid products, with a focus on bitumen emulsion production. It efficiently processes thick slurries with high shear stresses, ensuring a uniform, stable mixture. The mill is suitable for continuous production lines and can handle varying viscosities while maintaining consistent product quality. Capacity: 2–4 m³/h (8.8–17.6 gpm).
CLM-8/16 colloid mill is designed for inline homogenization and emulsification of liquid products, effectively processing thick slurries with high shear stresses. It is widely used across various industries, including for grinding granulated SBS polymer in the production of modified bitumen. The mill ensures uniform and stable mixtures while maintaining high processing efficiency. Capacity: 8–16 m³/h (35–70 gpm).
CLM-10/20 colloid mill is designed for inline homogenization and emulsification of liquid products, handling thick slurries with high shear stresses. It is particularly suitable for polymer-based bitumen modification, ensuring uniform dispersion and consistent product quality. Capacity: 10–20 m³/h.
CLM-16/25 colloid mill is designed for inline homogenization and emulsification of liquid products, particularly for the preparation of bitumen emulsions. It efficiently processes thick slurries with high shear stresses, ensuring a uniform and stable mixture. The mill is compact in size, making it suitable for integration into continuous production lines. Capacity: 16–25 m³/h (70–110 gpm).
The CLM-100.3 colloid mill for the food industry is designed for fine grinding of substances to a paste-like consistency, producing a thick slurry under high shear conditions. All wetted components of the mill are made of stainless, chemically resistant steel, ensuring hygiene and durability. The unit has a capacity of 0.1 m³/h (0.44 gpm).
The AVSk-150 complex is designed for wastewater purification, effectively removing hexavalent chromium, iron, phenols, cyanides, arsenic, fluorine, and other impurities. It features a vortex layer device, where ferromagnetic particles move along complex trajectories under a rotating electromagnetic field. This enhances physical and chemical treatment through acoustic and electromagnetic effects, high local pressures from particle collisions, and rapid chemical reactions occurring in seconds or fractions of a second.
GlobeCore is the world’s only high-tech company manufacturing industrial vortex layer devices with proven performance in real applications. The AVSp-100 vortex layer device (semi-automated version, capacity up to 50 kg/h) is designed for cyclic dispersion of multicomponent systems and mixing of free-flowing dry materials, excluding explosive mixtures. It is suitable for research purposes in pilot plants and laboratories, allowing processing of a wide range of products in small batches.
The TOR-1 is a device designed for rapid and precise determination of the mass fraction of water in insulating oils, even at very low levels. Its high measurement speed and accuracy make the TOR-1 an ideal solution for regular on-site monitoring of moisture content in transformer oils, ensuring reliable control during operation.
The device measures water activity and temperature, and calculates the absolute water content in ppm.
CLM-200.2 colloid mill is designed for laboratory-scale homogenization and emulsification of liquid products, as well as for producing thick slurries with high shear stresses. It can be used for the preparation, dissolution, and processing of a wide range of products across various industries. The unit capacity is 0.2 m³/h (0.88 gpm).
CLM-100.2 colloid mill is designed for laboratory-scale homogenization and emulsification of liquid products. It can prepare, dissolve, and process a variety of materials across different industries, producing thick slurries with high shear stresses. The unit has a capacity of 0.1–1 m³/h (0.44–4.4 gpm).
The CMM-260C continuous drying device protects transformers by keeping their oil dry throughout its service life. The unit circulates transformer oil through a microporous granular sorbent, which absorbs and securely retains water. It has a capacity of at least 30 liters/hour (0.13 gpm) and a water absorption capacity of 9 liters (2.4 gal). The device can be connected to transformers of any type and age, with installation taking less than an hour. It dries oil without heating, requires no constant operator supervision, and can be installed temporarily or permanently.
The CLM-100.1 colloid mill is designed for homogenization and emulsification of liquid materials (thick suspensions with high shear tension) in laboratory conditions, for such purposes as bitumen emulsion production.
The mobile oil station ZP-260 is designed for purification of lubricating and electrical insulation oils, removing mechanical impurities, and drying oils with a viscosity up to 70 cSt at 40 °C. The unit uses sorbent cartridges specifically engineered for drying oils with zeolite or other adsorbents, and features hatches for quick loading and unloading. Its throughput is 4 m³/h. The cartridges can also be filled with alternative adsorbents such as Fuller’s earth or silica gel, making the unit suitable for oil regeneration and acidity reduction. The ZP-260 is used during the assembly, maintenance, and operation of oil-filled high-voltage equipment up to 1,150 kV, including power transformers, high-voltage switches, and similar devices.
CLM-40.2 colloid mill is designed for grinding SBS polymer granules for the production of modified bitumen. The unit can be supplied as part of a complete plant or separately for retrofitting existing equipment. It offers a capacity of 30 m³/h, ensures delamination resistance of the mixture, and allows adjustment of the rotor-stator gap without disassembly.
The US-6S transformer vacuum furnace is designed for drying the solid insulation of power transformers. Vacuum drying provides more intensive moisture evaporation compared to warm-air or natural drying, ensuring higher efficiency and reduced processing time. GlobeCore offers the US-6S in various modifications tailored to customer requirements, with design options adapted to productivity, dimensions, installation location, loading method, and level of automation.
The inline continuous USB-1 biodiesel blending system is designed for compounding fuels and other liquid ingredients, including bioethanol and vegetable-based liquids. Its main purpose is to intensify dispersion, homogenization, and emulsification, allowing even seemingly immiscible liquids and suspensions to form a stable, uniform mixture.
The system can blend 2 to 5 different liquid ingredients, with a processing capacity of up to 100 m³. This ensures the final product remains consistent and stable over time, making USB-1 ideal for continuous industrial production.
GlobeCore is the world’s only high-tech company producing industrial vortex layer devices with proven real-world performance. The Chemical Mixing Machine operates by transforming the energy of an electromagnetic field into other forms of energy. The ABC-150 unit, equipped with ferromagnetic working elements, is designed for fine and ultrafine grinding and milling of all types of bulk materials. During processing, the materials are not only reduced in size but also undergo mechanical activation, enhancing the properties of the treated components.
GlobeCore is the world’s only high-tech company producing industrial vortex layer devices with proven real-world performance. The ABC-100 vortex layer device is designed to intensify various physical and chemical processes, including fine grinding, mixing, dispersion, and material activation. It achieves this through the use of an electromagnetic field and ferromagnetic elements that generate intensive mixing.
The GlobeCore CMM-0.001U is a laboratory oil filtration and purification unit designed to test the feasibility of cleaning specific petrochemical products. It regenerates small samples of transformer oil, industrial oil, turbine oil, hydraulic oil, diesel, heating oil, vacuum oil, kerosene, transmission oil and others. The system uses a sorbent-filled filtration pod and a vacuum chamber to remove impurities and restore oil quality. Compact and easy to transport, it connects to a standard power outlet and allows on-site testing of oil samples. The unit offers quiet operation and regeneration rates of 2–5 L/h depending on oil type.
The CMM-0.6L is a compact unit designed for heating, pumping, and purifying electrical insulating and cooling oil used in transformers, on-load tap changers, bushings, and high-voltage circuit breakers. During the treatment process, mechanical impurities, dissolved gases, and water are removed from the oil. The unit has a capacity of up to 600 L/h, corresponding to the basic CMM category.
Purification is carried out under vacuum: the heated oil enters a vacuum chamber where, due to an increased contact surface area, moisture and gases are effectively removed. The oil then passes through filters and is delivered to the outlet.
The operation of the CMM-0.6L is highly automated and requires minimal operator involvement. The unit is equipped with protection systems against overheating, oil leaks, lack of oil in the system, foaming, and electrical equipment overloads, ensuring safe and reliable operation.
The USB-3 bitumen modification laboratory system is designed for preparing small batches of modified bitumen with a volume of up to 10 liters per cycle.
The system operates using a continuous bitumen mixing process followed by dispersion of bitumen and polymer in a mill. Its design allows additional liquid components to be introduced during the modification process, providing flexibility in formulation development.
The FB bitumen filter is designed to remove solid contaminants from bitumen and other non-corrosive liquids. It is intended for use in input, storage, and output processes involving regular or modified bitumen, bitumen emulsions, and other high-viscosity liquids that require heating. The filter has a capacity of 15 m³/hour and features two filter cartridges for continuous operation, along with temperature and pressure sensors to ensure reliable and safe performance.
The USB-4 modified bitumen collection tank is designed for storage of modified bitumen, conventional bitumen, and bitumen emulsions. It can be supplied as a standalone unit or integrated into existing modified bitumen production lines. The tank is equipped with an automatic agitator and a heating circuit to maintain product uniformity and the required temperature.
Available versions: USB-4 (15) with a minimum usable volume of 15 m³ (total volume 16 m³) and USB-4 (30) with a minimum usable volume of 30 m³ (total volume 33 m³).
USB-3 bitumen modification unit with a production capacity of 16 m³/hour uses a double-stream process that reduces the load on the mill’s shearing zone and extends its service life. The unit ensures effective compatibility of bitumen and polymers, which is essential for obtaining a high-quality final product. It can work with all common polymers, waxes, and special additives in various forms, including powders and granules, and allows implementation of almost any bitumen modification scheme.
The USB-3 bitumen modification plant is designed for modifying road construction bitumen by adding polymers, adhesion additives, and plasticizers. The modified bitumen is used for asphalt and concrete top layers, cement protection layers, and crack sealants. The unit has a minimum production capacity of 4 m³/hour and is capable of implementing virtually any bitumen modification process using a wide range of polymer modifiers, including polymers and waxes.
The USB-2 bitumen emulsion plant, with a production capacity of 8 m³/hour, is built in various container types, including open containers, containers with rolling doors, and anti-vandal containers. The plant produces all types of emulsions—CRS, CMS, CSS-1,2,3—as well as corresponding anionic emulsions, including subtype h. All products comply with ASTM D2397-98 and ASTM D977-98 standards.
The USB-2 bitumen emulsion unit, with a production capacity of 2 m³/hour, consecutively blends components in hydrodynamic mixers at controlled pressures and temperatures. Its unique design allows instant blending of component streams, making the unit compact and energy-efficient. The final stage of producing a uniform water-bitumen emulsion takes place in a colloid mill, ensuring high product quality.
The unit is equipped with process control instrumentation, allowing for either manual or semi-automatic operation.
The CMM-4/7 mobile oil processing unit is designed for degassing, removal of solids, and heating of oil in power transformers with voltages up to 1,150 kV. Its capacity is 4 m³/h (59 gal./h) in degassing, drying, and filtration mode, and 7 m³/h (185 gal./h) in heating and filtration mode. The unit can be used to heat electrical systems containing insulating oil with hot oil, perform vacuum drying of transformers, and carry out vacuumizing. It is ideal for facilities that install, repair, and service oil-filled power transformers and other oil-filled electrical equipment.
The CMM-4,0F unit is a portable on-site filtration system with cartridge filters, designed to remove mechanical impurities from industrial and dielectric insulation oils with a viscosity of up to 70 cSt at 50 °C (122 °F). Its processing capacity ranges from 1 to 4 m³/h, with a filtration fineness of 5 μm. The unit is used during the installation, maintenance, and operation of oil-filled equipment.
The Mojave Heat (Sukhovey) hot air dryer unit is designed for air drying and removal of solid particles from atmospheric air, as well as for sorbent drying. The dried, purified air is used for purging transformer tanks and electrical equipment during installation, maintenance, or repair, preventing moisture accumulation in dielectric insulation while the core is exposed.
The PPM oil heating unit is designed for heating transformer oil during oil addition, replacement, or transformer drying. It can also heat mineral oils, industrial oils, turbine oils, and other non-corrosive liquids. The unit is ideal for power plants, oil handling facilities, and transformer repair and maintenance sites, and can be operated indoors or outdoors under a suitable canopy. It is suitable for oils and liquids with a kinematic viscosity of less than 70 cSt at 50 °C and can also be used in the petroleum refining industry to heat petroleum products or liquids containing sand, sludge, and other impurities.
