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Cleaning Of Chemical And Pharmaceutical Equipment

In the chemical and pharmaceutical industries, high-pressure water jet technology is used to clean and remove contaminants from heat exchangers, tanks, pipelines, valves, boilers, reactor vessels, evaporators, filters, electrolytic cells, and other equipment. It also effectively cleans internal and external surfaces of various containers, removes deposits and residues, and eliminates rubber latex, as well as descales crude oil residues in coke ovens and cleans scale from steam turbine blades. This method offers an exceptionally high safety margin, can replace highly toxic chemicals for paint removal, and causes no harm or pollution to humans or the environment.

High-pressure waterjet cutting is a novel cutting method that can process materials that are difficult or impossible to cut with other techniques, and it is applicable to a wide range of metallic and non-metallic materials. It is also capable of performing abrasive cutting in explosive‑hazardous environments.

Advantages of Ultra-High-Pressure Cleaning

It does not damage the substrate during cleaning, delivers high‑quality, consistent results, and is easy to operate.
The engine unit employs a three‑stage diesel engine that is highly efficient and environmentally friendly, meeting industrial emission standards while delivering superior energy efficiency and reduced environmental impact.
The unit features a modular design, simplifying maintenance and enhancing efficiency; it is equipped with an IoT interface, further facilitating equipment operation and upkeep.
Development of product adaptability based on actual operating conditions;

During the aluminum production process

It can thoroughly and effectively remove particularly hard or thick deposits and scale from products and pipelines, as well as clean alumina scale layers inside storage tanks, heat exchangers, vats, mills, filters, and sewage ponds.

DRO-200L Dredging Robot

The machine features a robust, durable design, constructed from high‑quality, wear‑resistant, and corrosion‑proof materials. Meticulously engineered for reliable performance, it operates steadily even in harsh conditions such as sludge, gravel, and sewage, ensuring a long service life. With high dredging efficiency, powerful drive, and smooth discharge, it swiftly removes sludge, debris, and sediment, significantly boosting operational productivity, shortening dredging timelines, and minimizing the risks associated with manual well‑entry work.

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