For turbine oil, the most suitable GlobeCore solution is a vacuum oil purification unit from the CMM series, which combines filtration, dehydration, and degassing in one system.
For compact and mobile use, you can consider the CMM-4/7, which is designed for on-site maintenance and medium oil volumes. If you need higher capacity or faster processing, models like CMM-6/7 or CMM-10 are more appropriate, providing deeper dehydration and higher throughput.
These units are specifically designed for turbine oil and allow you to remove water, gases, and solid contaminants in a single process, ensuring stable oil quality and reliable equipment operation.

For petrol, diesel, and oil, the most suitable option is an industrial mixing vessel with a mechanical agitator designed for flammable liquids. Such tanks ensure proper blending and uniform composition, but the key requirement is safety – the equipment must be explosion-proof and compliant with standards for handling fuels.
In practice, these vessels are usually equipped with top-mounted agitators and can be configured depending on whether you need simple mixing or temperature control. The design also depends on viscosity and whether continuous or batch processing is required.
If the task involves not only mixing but also improving fuel quality or adding components, GlobeCore equipment can be used as part of the process line, providing more intensive mixing and homogenization before storage.

You’re right — a well-designed cold trap does far more than condense water: it stabilizes the vacuum, protects the vacuum pump and piping from condensable vapors (light hydrocarbons, PCB/decomposition by‑products), and prevents re‑evaporation that would slow drying or contaminate the transformer. For reliable vacuum drying the trap should be placed between the transformer and the vacuum pump, kept at a sufficiently low surface temperature to capture the full range of condensables, and equipped with controlled refrigeration and periodic defrosting/regeneration so the condensate doesn’t build up and block flow or freeze the line.

In practice that means using a cold trap rated to reach very low temperatures (typical design values are ≤ −70 °C with a large condensation surface), with adequate cold generation and surface area, a defrost system and condensate removal, and good thermal insulation so you condense vapors on the trap surface rather than downstream. Operationally, monitor vacuum gauges and perform leak tests (high‑integrity systems target very low residual pressures and low leakage rates), ensure the transformer can withstand the target residual pressure (many systems evacuate down to ≈26 Pa), and remove/clean collected condensate on a scheduled basis. If you’d like, I can pull together a concise spec sheet for a transformer vacuum cold trap (temperatures, condensation area, cold capacity, evacuation rates and limits) so you can compare options for maintenance planning.

A Buchholz relay is a gas and oil operated protection device installed in the pipe between main tank and conservator of oil filled transformers. It detects internal faults such as winding short circuits, core faults or severe oil discharges. Slow gas accumulation from minor faults triggers an alarm, while a sudden oil surge caused by a major fault operates a trip contact. The relay provides early warning of developing problems and fast tripping for serious internal failures, thus limiting damage to the transformer and enhancing overall system safety.

Through electromagnetic induction. Turns ratio defines voltage conversion; current adjusts inversely to conserve apparent power minus losses.

Power transformers shift voltage up or down while conserving kVA, enabling long distance transmission and local consumption.

PF is measured from real vs apparent power; at light load magnetizing current reduces PF, improving as load increases.

MV control transformers supply low-voltage control circuits for switchgear, protection relays, contactors, and SCADA systems within substations and industrial plants.

Large manufacturers are essential for sectors that need high-MVA, high-voltage transformers: national and regional utilities, interconnectors, HVDC projects, big generation plants (thermal, nuclear, hydro), large mining operations, steel mills, mega-refineries, and large data center campuses. These clients require engineered-to-order units, complex testing, long-term support, and fleet-level condition monitoring, which only major OEMs or specialized heavy-industry manufacturers can provide at scale.

Yes. One of the core advantages of the TSS is its independence – it is designed to integrate with oil processing units made by other manufacturers as well as GlobeCore equipment. This interoperability makes it suitable for a broad range of transformer service environments where diverse equipment may be deployed.