Three phase pulse pipeline flushing technology service

1. Why is pipeline cleaning necessary?

1. Water pollution: During long-term use, pipelines may gradually form dirt, rust, and biofilms on the inner walls of the pipeline due to the precipitation of impurities and the growth of microorganisms, which can affect the quality of water supply, increase the turbidity and chromaticity of the water, and even contain harmful bacteria and heavy metals, posing a threat to human health.

2. Blocked water flow: The accumulation of sediment in pipelines can lead to a decrease in the inner diameter of the pipeline, reducing its water carrying capacity, affecting the water pressure and volume of the supply, reducing water supply efficiency, causing inconvenience in water use, and increasing energy consumption losses.

3. Pipeline corrosion: Dirt, rust, and biofilm gradually form on the inner wall of the pipeline, accelerating the corrosion and damage of the pipeline and shortening its service life.

4. Quality water: People's demands for quality of life and health are constantly increasing, and their attention to water quality is also growing. This has led to the need to pay attention to the cleanliness of water supply pipelines and ensure the safety and stability of water supply through regular cleaning.

5. Cleaning method: Conventional sewage: Long water outage time, large water loss, poor cleaning effect: Ice slurry cleaning: Long water outage time, large water loss, average cleaning effect.

2. What is three-phase pulse pipeline cleaning technology?

Three phase pulse pipeline flushing technology serviceAn innovative and efficient pipeline cleaning method that utilizes a combination of gas liquid solid three-phase and pulse waves. Compressed air acts on flowing ice in a pulse form, instantly releasing huge energy. High frequency and high-pressure flowing ice generates turbulent flow inside the pipeline, and a spiral tangential force is generated along the inner wall of the pipeline, acting on the growth ring of the inner wall of the pipeline. It penetrates deep into the interior of the pipeline and effectively removes dirt, sediment, and blockages, thereby achieving the purpose of cleaning.

Principle:By mixing gas, liquid, and solid phases, the fluid mass is increased, and it works together in the form of pulses on the attachments on the pipe wall, increasing the shear force of the fluid on the pipe wall, thereby improving the cleaning effect while reducing damage to the pipeline.

3. Equipment parameters

Integrating modules such as pulse generation, ice making equipment, and slurry storage and transportation to form a new type of water supply pipeline cleaning vehicle

4Three phase pulse pipeline flushing technology serviceCleaning Process

5. Process characteristics

Good adaptability: Different cleaning modes (three-phase pulse, air-water pulse, slurry cleaning) can be switched according to the actual situation of the pipeline. Deep cleaning: can effectively remove 90% of biofilm and sediment in the pipeline

Energy saving and efficient: Short time consumption, water saving (90% water saving compared to single cleaning method, 60% water saving compared to slurry cleaning)

Easy to operate: fully utilize the ancillary facilities of the original pipeline

Strong applicability: capable of cleaning existing pipelines ranging from DN100 to DN500, as well as newly constructed pipelines

Green and environmentally friendly: physical cleaning, no impact on water quality and no environmental pollution