In the conversion of soybean oil into biodiesel, GlobeCore recommends using the equipment designed for efficient transesterification and intensive mixing of vegetable oils with the required reaction components. The main solution is a USB-1 biodiesel production plant, which is designed for the production of biodiesel from various vegetable oils, including soybean oil.
The USB-1 provides intensive cavitation mixing, which improves contact between the oil and reaction components, accelerates the process, and helps achieve consistent biodiesel quality. In laboratory research and formulation development, the CLM-100.3 laboratory colloid mill can also be used to study mixing and dispersion processes with small volumes.
The exact configuration of the biodiesel production system depends on the required capacity, raw material characteristics, and final fuel specifications. For industrial soybean oil processing into biodiesel, the GlobeCore USB-1 biodiesel plant serves as a suitable turnkey solution.

For modifying asphalt with SBS polymer, a high-shear colloid mill with sufficient dispersion capability is required to ensure uniform polymer distribution and stable properties of the modified bitumen. GlobeCore offers a CLM-100.3 laboratory colloid mill for formulation development and testing, as well as industrial CLM-10 and CLM-20 colloid mills for application in the production process. Globecore’s USB-3 PMB plant equipped with integrated colloid mill technology is recommended to ensure continuous production of polymer-modified bitumen. These solutions provide intensive SBS polymer dispersion, efficient mixing, and consistent quality of the final modified binder for road construction activities.

For 10 MVA transformer units, low-frequency heating equipment should provide controlled heating of the transformer insulation system while ensuring uniform temperature distribution and safe operation. The key requirements include accurate temperature control, sufficient power capacity, reliable monitoring of heating parameters, and compatibility with the transformer design.

GlobeCore low-frequency heating (LFH) systems are designed for efficient transformer drying by heating the insulation directly with low-frequency current. The equipment can be used together with vacuum systems and oil treatment units to accelerate moisture removal and restore transformer insulation characteristics. For a 10 MVA transformer, the LFH system should be selected according to the transformer dimensions, insulation condition, required heating rate, and site conditions to ensure effective drying without overheating the transformer’s active part.

The main requirements for vacuum drying ovens used with regard to electric motors include reliable temperature control, sufficient vacuum level, uniform heat distribution, and safe removal of moisture from insulation materials without damaging the windings. A suitable GlobeCore solution is the US-6S vacuum drying oven, which is designed for drying the windings, coils, and other electrical components under controlled vacuum. The combination of heating and vacuum shortens drying time and improves moisture removal efficiency compared to conventional methods. The appropriate oven configuration should be selected depending on the dimensions of the motor components, required temperature range, vacuum parameters, and production capacity.

For diesel fuel treatment aimed at increasing the flash point, a suitable GlobeCore solution is the CMM-4,0F oil and fuel filtration unit, which can be configured for purification of diesel fuel from particulate matter and contaminants. However, if the low flash point is caused by the presence of light volatile fractions, filtration alone will not be sufficient. In this case, GlobeCore equipment with a vacuum treatment stage should be considered to remove volatile components and moisture under controlled conditions. The exact configuration should be selected according to the initial and required flash point, fuel composition, contamination level, and the required processing capacity. A laboratory analysis of the fuel before treatment is recommended to determine the most appropriate GlobeCore configuration.

For integration with an available insulating fluid degassing unit featuring a heating capacity of 70 kW, GlobeCore recommends using a PPM-100 portable oil heating module with a heating capacity of up to 100 kW. This module is designed to provide additional heating power for oil treatment systems and can be integrated into existing processing setups to improve the efficiency of drying and degassing operations. The PPM-100 ensures stable oil temperature control, helps shorten processing time, and supports effective removal of moisture and dissolved gases during vacuum treatment. For systems requiring a higher heating capacity, GlobeCore can also provide a suitable configuration based on the required oil flow rate and operating conditions.

For a hydraulic oil production line, the most suitable complete oil treatment solution should ensure effective removal of moisture, particulate matter, gases, and other contaminants that can affect the performance and service life of the finished hydraulic fluid. The system should include fine filtration, vacuum dehydration, degassing, and continuous oil circulation capabilities.
GlobeCore offers integrated oil treatment solutions that can be adapted for hydraulic oil manufacturing processes. Equipment such as the CMM series oil purification units can provide high-efficiency filtration, dehydration, and degassing of hydraulic oils, helping manufacturers achieve stable quality parameters before packaging or further use. The optimal configuration depends on the production capacity, oil type, contamination level, and required final specifications.

An important factor in mustard processing is not only achieving a fine particle size, but also maintaining the natural properties of the raw material during grinding. Excessive mechanical stress or uncontrolled temperature increase can affect the aroma, taste, and quality of mustard components. Therefore, equipment selection should consider the ability to provide stable processing conditions, easy adjustment of grinding parameters, and consistent results between production batches. More details about modern mustard production techniques and the use of colloid milling technology can be found in this article: https://globecore.com/milling/mustard-production-technology-using-colloid-mill/.

For refiltration and removal of water from Anticorit lubricating oil, it is recommended to use a GlobeCore oil purification machine designed for industrial and lubricating oils. The suitable solution is the CMM-LT oil purification system, which combines fine filtration with thermal-vacuum treatment to remove particulate matter, free and dissolved water, and gases from oil.
The CMM-LT system allows maintaining the required cleanliness of lubricating oils and extending their service life without frequent oil replacement. The exact model and capacity can be selected according to the oil volume, contamination level, required filtration degree, and processing conditions. For higher flow rates or filtration-only applications, GlobeCore CFU filtration units can also be used for removing solids from lubricating oils.
For Anticorit oil processing, the recommended configuration would typically include fine filtration + vacuum dehydration, providing effective removal of contaminating water while preserving the oil performance.

For processing Nycodiel ester oil used in a train transformer, the treatment plant should be compatible with ester-based dielectric fluids and capable of removing moisture, dissolved gases, and fine particulate matter without degrading the oil. For this application, GlobeCore transformer oil purification equipment with vacuum dehydration, degassing, and filtration functions can be used. A compact GlobeCore CMM-type unit can be selected according to the transformer oil volume, required processing capacity, initial moisture content, and target dielectric parameters. For a train transformer, where the oil quantity is relatively limited in most cases, a lower-capacity GlobeCore system is generally more practical and easier to operate on site.