Mobile oil purification systems are available with flow rates from 600 to 15,000 L/h. Each unit includes degassing, filtration, and heating modules for transformer maintenance.

The CMM-1.0 transformer oil purification plant operates at 1 m³/h and performs dehydration, degassing, and filtration. We will provide a quotation with price, specifications, and delivery schedule.

It measures the water content in oil, which lowers dielectric strength. GlobeCore’s vacuum dehydration systems effectively reduce oil moisture below 10 ppm – restoring insulation capacity and extending oil life.

Key design factors include capacity, insulation, heating method, agitation, and safety systems. GlobeCore’s engineering team customizes tank design based on your production volume and product type (standard, PMB, or emulsion), ensuring long-term reliability and compliance with road safety regulations.

BP Turbo Oil 2389 is a synthetic jet engine oil formulated for oxidative stability and deposit control. GlobeCore systems degas and dry BP 2389, helping operators increase oil change intervals.

Electric transformers typically use mineral, ester-based, or silicone insulating oils to manage heat and provide dielectric insulation. GlobeCore equipment processes all these oil types, removing contaminants to ensure safe and efficient transformer operation.

Eaton oil-filled transformers use dielectric oils for insulation and cooling in industrial and utility networks. GlobeCore regeneration plants clean and restore Eaton transformer oils by removing water, gases, and sludge, reducing maintenance costs.

Cold applied bitumen emulsion is a water-based coating applied without heating, making it safer and easier to use for waterproofing and maintenance. GlobeCore systems produce cold-applied emulsions with customizable viscosity and adhesion properties.

GlobeCore TOR-7 can measure water, contamination, and dielectric losses together, helping prevent insulation breakdowns.

Key factors include peanut availability, extraction cost, oil yield per hectare, and market demand for biodiesel and byproducts. Environmentally, peanut biodiesel reduces CO₂ emissions and promotes rural energy security. However, cost per liter may be higher than from other feedstocks. The GlobeCore USB plant enhances viability through energy-efficient operation, scalability, and modular design. It reduces chemical waste and labor costs, making commercial-scale peanut biodiesel more feasible and eco-friendly.