Robotic Water Jetting System for Automated Tank and Reactor Cleaning

High-Pressure Water Reactor Cleaning is an efficient, environmentally friendly, and safe industrial cleaning method specifically designed to remove stubborn chemical residues, polymers, coke deposits, and other process contaminants from the interior of reaction vessels. Working Principle: This technology utilizes a high-pressure pump to pressurize ordinary water to extremely high levels (typically 1000-1000 bar, or even higher). The pressurized water is then expelled through specially designed nozzles, creating multiple high-energy, high-velocity micro-water jets. These jets act like countless "water knives," using powerful impact and shear forces to completely strip and disintegrate hard deposits from the reactor's inner wall, agitator, baffles, thermometers, and other components. Key Advantages: High Efficiency and Thoroughness: High-pressure water jets can clean complex structures without dead angles, removing stubborn residues that are difficult for traditional methods (like manual scraping or chemical soaking). The cleaning efficiency is significantly higher. Safety and Environmental Friendliness: The process uses only water, without adding any chemical cleaning agents. This eliminates the issues of chemical wastewater disposal, potential corrosion to equipment, and health hazards to operators from chemicals. Non-Destructive Cleaning: By precisely controlling the pressure, it thoroughly removes contaminants while perfectly protecting the reactor's inner wall, whether it's a glass-lined coating or metal substrate, causing no damage. Cost Reduction: Although the initial equipment investment may be high, it significantly reduces overall maintenance costs in the long run due to high efficiency, shorter downtime, no need for chemicals, and extended equipment service life. High Degree of Automation: It can be integrated with 3D rotating nozzles or robotic arms for automated or semi-automated cleaning, reducing the need for manual entry into confined spaces and enhancing operational safety. Applications: Widely used in various industries such as petrochemicals, pharmaceuticals, food processing, dyes, and resin synthesis for cleaning and maintaining various types of reaction kettles, tanks, heat ex changers, etc. Operational Procedure: Preparation: Shut down, cool, purge, ventilate the reactor, and complete process isolation. Equipment Setup: Position the high-pressure pump, hoses, and specialized cleaning head. Spray Cleaning: Operators insert the spray lance into the reactor through the manhole, or use a fixed device for automated cleaning. Wastewater Handling: Collect the wastewater generated from cleaning for centralized treatment. Inspection and Acceptance: After cleaning, conduct an inspection to ensure the cleanliness meets the required standards.

company produces and operates all kinds of high pressure water jet cleaning machines, ultra high pressure cleaning machine, pipe cleaning machine, high pressure water roughing machines, high pressure pumps, pressure test pumps and all kinds of accessories such as high pressure hose, high pressure jetting gun,rotating nozzle, etc. Our products are widely used in petroleum, chemical industry, iron and steel, shipping, hydro power, sugar, coal, mining, construction, automobile manufacturing, municipal sanitation, pipeline pressure test, high pressure water jet cleaning and other industries.

Pre-sale service: 1.Your inquiry will be replied within one hour. 2.We have professional sales staff to solve your questions 24hours a day On-sale service: 3.Professional documents and strong sea worth packing 4.Photos and video will send to you after machine finished before shipment 5.We will track the order until you get the goods and provide all needed documents for clearance After-sale Service: 6.1 year warranty time 7.After make a deal for machine,if you need purchase accessories,we will give you a twenty percent discount.

How To Make Sure the Model You Need: 1. What will you use the machine for, cleaning purpose or pressure testing? 2. How about your request about the pressure, water flow or power? 3. Which engine do you prefer?