For highly humified peat with high mineral content, the most effective solution is alkaline extraction (preferably with KOH) combined with process intensification using the GlobeCore AVS vortex layer device. AVS accelerates mass transfer and breaks agglomerates, allowing you to extract more humic carbon into the liquid phase without harsh temperatures or long processing times. After AVS, use early mineral removal (screen + hydrocyclone), followed by centrifugation and membrane concentration to retain maximum humic compounds in the final liquid extract.

For Dijon-style mustard after a stone mill, I’d use a small hygienic vibrating sieve with interchangeable stainless meshes and start trials around 150-300 µm to remove husk/oversize while keeping a smooth texture (then adjust by taste and yield). For your second variety, a GlobeCore CLM food-grade colloid mill is a strong upgrade: rotor-stator high-shear grinding lets you dial in consistent fineness and stable emulsion/texture, and GlobeCore explicitly describes colloid-mill use in mustard-related food processes.

Mineral or synthetic oil provides insulation, displaces moisture, and transfers heat to radiators. Oil quality directly affects transformer lifespan.

Overload capacity depends on hot-spot temperature limits, insulation class, prior loading history, ambient temperature, and cooling capability. Manufacturers provide thermal models and overload curves based on IEC/IEEE guidelines. If the transformer starts cool and ambient is low, it can carry higher current for limited periods without exceeding allowable hot-spot temperatures. Repeated or prolonged overloads, however, accelerate insulation aging and may reduce life expectancy. Oil circulation and radiator design strongly influence how safely overloads can be handled.

It reduces medium-voltage feeders to service voltages for consumers while providing isolation and limiting fault currents through impedance.

In an ideal transformer, output power equals input power because no losses occur. Voltage and current change in proportion to the turns ratio, but real power is conserved. Real transformers have core and copper losses, so output is slightly lower than input.

There is no standard single size for vacuum chambers in US vacuum ovens, because they are usually custom-designed to match the transformer class and workshop capacity. For medium power transformers in the 1-10 MVA range, typical chambers have internal diameters of about 2.5-4 meters and lengths of 4-8 meters. Larger service centers may have chambers exceeding 10 meters in length for high-voltage units. The exact dimensions are chosen based on core height, lifting clearances, and heating uniformity requirements.

The TOR-80 tester was developed to meet IEC 60156 standards and measures dielectric breakdown voltage up to 80 kV. It’s suitable for laboratory or field use. We’ll provide pricing and delivery information for the demonstration model.

Thank you for your inquiry. GlobeCore designs transformer oil heating and purification systems compatible with various project voltage requirements, including GE Vernova specifications. Please confirm heating capacity and oil volume for accurate proposal.

Transformer oil regeneration eliminates aging products like sludge and acids. GlobeCore’s units use an adsorbent-based cycle to restore dielectric strength and chemical stability. This extends oil service life by up to 300%, reducing the need for disposal or replacement.