Such a plant restores old transformer oil by removing acids, sludge, and decay products. GlobeCore’s regeneration systems use adsorbents and thermal vacuum treatment, extending oil life up to 5� while minimizing waste.

Oil is dehydrated and degassed, then filled under vacuum to prevent moisture absorption. GlobeCore equipment automates this procedure – ensuring the oil enters the transformer with <10 ppm moisture and no entrapped gases.

Bitumen emulsion storage requires tanks with insulation, agitation, and temperature control to prevent separation or degradation. GlobeCore manufactures specialized storage tanks for emulsions with mixing systems, level sensors, and inline circulation. These tanks maintain emulsion quality for extended periods and are ideal for mobile or stationary plants.

AeroShell 390 offers excellent oxidation resistance and low deposit formation, making it ideal for high-performance aviation turbines. GlobeCore systems help maintain AeroShell 390 by removing moisture and gases.

Mobil-branded transformers and oils are designed for reliability but require periodic purification to prevent dielectric loss. GlobeCore plants filter and degas Mobil transformer oils, extending their life and protecting the transformers.

Using GlobeCore TOR-80 testers allows companies to meet IEC 60156 and ASTM standards by accurately testing silicone oil dielectric strength.

You can check the dielectric strength of transformer oil using GlobeCore TOR-80 testers, which apply controlled voltage ramps and measure the point of electrical breakdown.

The price of GlobeCore TOR-8 depends on configuration, but it helps save money by detecting transformer faults early, reducing the risk of major repairs and outages.

The GlobeCore TOR-8 is a high-precision residual gas content tester for mineral transformer oil. It measures the volume of gases dissolved in insulating oil, helping detect early transformer faults, overheating, and insulation breakdown risks before catastrophic failures occur.

Jatropha seed cake, a byproduct of oil extraction, is toxic due to phorbol esters, making it unsuitable for animal feed without detoxification. However, it can be used as a biofertilizer, biogas substrate, or solid biofuel in pellet or briquette form. Advanced processing can detoxify the cake for further industrial applications. Repurposing seed meal adds value and reduces waste in biodiesel production. Pairing oil extraction with these uses creates a zero-waste model and improves the sustainability and profitability of Jatropha biodiesel projects.