Water cleaning machine YG series

automaticparts

Overview
A carbon cleaning machine (HHO carbon cleaning machine) is professional equipment designed to remove engine carbon deposits without dismantling engine parts. It produces oxyhydrogen (HHO) gas by electrolysis of pure water and feeds the gas into the engine air intake to assist combustion and remove carbon deposits safely and quickly.

How it works
The machine uses electrolysis to turn pure water into oxyhydrogen (HHO) gas, which is introduced into the combustion chamber via the air intake. During a typical session (generally 20 to 40 minutes for a car), the HHO gas burns with the fuel and converts up to 90% of carbon deposits into gaseous products exhausted through the tailpipe. The process requires no engine disassembly and uses no harsh chemicals; it causes no damage to internal engine parts when used as recommended.

Pro Tip
Warm the engine to normal operating temperature before starting the process; this improves HHO efficiency and can boost carbon removal performance by over 15%.

Key Benefits

• No Engine Dismantling: Perform a deep clean in around 20–40 minutes, saving labor and downtime.
• Restored Engine Power: Engine output can increase by approximately 10%–20% after cleaning.
• Better Fuel Economy: Typical fuel savings of 5%–10% are achievable after cleaning.
• Lower Tailpipe Emissions: Reduces exhaust emissions (CO/soot) by an estimated 50%–70% depending on condition.
• Longer Component Life: Protects spark plugs, fuel injectors, EGR valves and other components from premature wear.
• Low Operating Cost: Running the machine consumes only pure water; operating cost is minimal.

Applications

• Passenger cars & motorcycles — ideal for auto repair shops and quick service add-ons.
• Commercial trucks & buses — reduces maintenance downtime and operating costs for fleets.
• Heavy construction equipment — suitable for excavators, loaders and bulldozers working in harsh environments.
• Marine vessels & agricultural tractors — extends engine life in marine and farming applications.

Selection Criteria / Core Performance Indicators

• Gas output rate (L/h): Higher output cleans large-displacement diesel engines faster.
• Safety protection: Look for anti-flashback/anti-tempering water seals and automated safety switches.
• Electrolyzer material: Stainless steel electrolyzers generally outlast plastic alternatives.
• Mobility design: Robust casters or mounting options improve workshop usability and enable mobile service setups.

Technical Parameters
Model No. | YG-ACM-B15 | YG-ACM-B20 | YG-ECO-B10T | YG-ECO-B20T
Rated gas output | 1500L/h | 2000L/h | 1000L/h | 1200L/h
Voltage | 220V | 380V | 220V | 380V
Customization note | According to customer needs, we support customization according to customer requirements
Rated power | 6kw | 8kw | 3kw | 4kw
Dimensions (L*W*H) | 1050*640*1100mm | 1050*640*1100mm | 750*580*720mm | 750*580*720mm
Weight | 150kg | 160kg | 80kg | 8kg
Working medium | Pure water | Pure water | Pure water | Pure water
Water consumption | 0.8L/h | 1L/h | 0.5L/h | 1L/h
Working pressure | <0.1Mpa | <0.1Mpa | <0.1Mpa | <0.1Mpa
Operation mode | Continuous working | Continuous working | Continuous working | Continuous working
Environment temperature | 0-45°C | 0-45°C | 0-45°C | 0-45°C
Relative humidity | ≤90 | ≤90 | ≤90 | ≤90
Carbon cleaning time | The greater the power, the shorter the time required. It is generally recommended that the decarbonization time for a car is 20 to 40 minutes. The working time in the operating system can be set according to requirements.
Cooling Type | Air Cooled | Air Cooled | Air Cooled | Air Cooled

Features / Technical Specifications

• Product type: HHO carbon cleaning machine for engines (electrolysis-based oxyhydrogen generation).
• Typical decarbonization time for cars: 20–40 minutes (power-dependent).
• Working medium: pure water (electrolyte replacement recommended once or twice a year).
• Operation: continuous working mode; adjustable working time via control system.
• Safety: design should include anti-flashback/water-seal protections and automatic safety switches.
• Cooling: air-cooled design.
• Environment: suitable for 0–45°C ambient, relative humidity ≤90%.