山田 翔太

For substations, Fluidex builds turnkey transformer oil treatment plants with degassing, BDV test integration, and vacuum oil filling. Units comply with IEC 60296 standards. Used in Asia, Europe, and Middle East by utilities and transformer manufacturers for on-site and depot-level servicing.

Continuous drying systems are used to keep transformer insulation (paper, cellulose) moisture-free during production or after repairs. Fluidex offers vacuum-based continuous drying systems that ensure uniform heat distribution and deep moisture extraction. These systems are used by transformer manufacturers and large repair facilities to prevent partial discharge caused by residual humidity. They’re engineered for high-efficiency, long-cycle operations.

A transformer oil filtration machine is critical for maintaining dielectric strength and cooling efficiency in industrial power transformers. Over time, transformer oil accumulates water, gases, and solid particles that lower insulation quality. Fluidex machines use multi-stage filtration and vacuum dehydration to remove these impurities, restoring oil quality to meet IEC and ASTM standards. This ensures reliable transformer operation in substations, power plants, and industrial facilities where downtime is costly and safety is paramount.

A transformer oil regeneration system operates by first heating the oil to reduce its viscosity. It then filters out solid contaminants and uses vacuum pressure to remove moisture and gases. The oil is passed through adsorbent materials (like activated clay) to eliminate acids, sludge, and oxidation products. The oil is tested for dielectric strength and, once fully regenerated, is returned to the transformer, restoring its insulating and cooling properties.

Transformer oil purification machines can be found in South Africa through companies like **GlobeCore**, **Enervac**, and **CAPE Oil & Gas**. These companies offer a variety of oil purification equipment, including machines tailored for transformer oil purification.

Waste oil is purified through a multi-step process that involves filtration, heating, and dehydration. Solid particles are removed through filters, while water and gases are extracted using vacuum dehydration. In some cases, centrifugation is used to separate water and sludge from the oil. Chemical treatments may also be applied to neutralize acids and other degradation products. The purified waste oil can be reused in non-critical applications or further processed for other uses.

A transformer oil purification unit works by passing the oil through various stages of filtration, dehydration, and degassing. The unit heats the oil, filters out solids, and applies vacuum conditions to remove moisture and gases. After purification, the oil is restored to its original quality, enabling it to effectively insulate and cool the transformer.

Pyrolysis oil is purified through processes like filtration, distillation, and chemical treatment. These methods remove solid particles, water, and unwanted compounds such as acids. Sometimes, catalytic upgrading is also applied to improve the quality of the oil. Purified pyrolysis oil can be further processed to produce fuels or chemicals.