85L/Min 1500bar High Pressure Water Jetting Machine Reactor Automatic Cleaning With 3D Rotary Nozzle

85L/Min 1500bar Diesel High Pressure Water Jetting Machine Reactor Automatic Cleaning With 3D Rotary Nozzle

Product Description
Fully automatic high-pressure water jet reactor cleaning system
This system consists of a diesel-driven ultra-high pressure pump group (1500bar/85L/min) and an intelligent three-dimensional rotating nozzle. It is designed for fully automatic cleaning of reactors/tanks in the chemical, pharmaceutical, food and other industries without dead ends. The equipment generates huge kinetic energy through 1500bar ultra-high pressure water jets, and cooperates with the composite motion trajectory of nozzle rotation + revolution + axial feed to achieve thorough stripping of stubborn dirt such as coking, polymers, and residues on the tank wall. The whole process does not require manual entry into the tank, which significantly improves cleaning efficiency and safety.

Six core advantages
100% cleaning without dead angles
▶ 3D nozzle with 6-8 optimized angle nozzles + 360° rotation + revolution swing + axial propulsion
▶ Covering complex structures such as tank top, side wall, bottom, weld, pipe mouth, etc., with cleaning coverage rate > 99%

Super strong dirt removal ability
▶ 1500bar ultra-high pressure (equivalent to 22000PSI) breaks through millimeter-level polymer/coking layer
▶ 85L/min large flow provides continuous flushing force to quickly remove sticky residues

Full process automation
▶ Automatic nozzle positioning + programmed cleaning path to reduce manual intervention
▶ Diesel engine drive, suitable for scenarios without power supply (such as field storage tanks, mobile cleaning)

Double guarantee of safety and environmental protection
▶ Zero manual entry into the tank: eliminate the risk of poisoning/suffocation in confined space operations
▶ Pure physical cleaning: no chemical pollution, easy to treat and recycle wastewater
▶ Explosion-proof design (optional): meets the requirements of chemical explosion-proof areas

Significant cost reduction and efficiency improvement
⏱️ Cleaning time is 50-70% shorter than manual cleaning (taking a 10m³ reactor as an example: traditional 8 hours → automated 2.5 hours)