Consult Now

If you are interested in our products, please leave your email, we will contact you as soon as possible, thank you!

Submit

News detail

We have a strict quality control system, with quality inspection stations in each workshop, and special personnel responsible for inspection and control in key processes.

Return to List

Optimization of dust suppression through fog piles at the mixing plant

2026-03-21

Optimization of dust suppression through fog piles at the mixing plant
+
  • Optimization of dust suppression through fog piles at the mixing plant

Dust pollution is one of the core pain points for mixing plants and commercial concrete stations on their path to achieving environmental compliance. Dust generated during the stacking, transportation, and unloading of aggregates, if not handled properly, can easily lead to risks such as production suspension, rectification, and fines for enterprises. Traditional dust suppression methods, such as water sprinklers and fog cannons, have drawbacks such as limited coverage, significant water resource waste, and cumbersome operation, making it difficult to meet the needs of comprehensive and precise dust suppression. Based on the actual working conditions of mixing plants in Shandong, and combined with advanced German atomization technology, Enpu Environmental Protection has developed and launched an intelligent fog pile dust suppression system to comprehensively solve the problem of dust control.

The intelligent spray dust suppression system, distinct from traditional dust suppression equipment, combines three major advantages: intelligence, efficiency, and energy conservation and environmental protection. It is a "hardcore weapon" for dust control in mixing stations. This system employs advanced high-pressure spray rotating nozzles and an intelligent sensing system, capable of atomizing water into tiny particles measuring 5-15 microns. These particles precisely adsorb to dust particles in the air, increasing their weight and facilitating sedimentation. With a dust suppression efficiency of over 95%, it curbs dust dispersion at its source, thereby improving the air quality in the plant area.

In terms of intelligent control, the spray pile dust suppression system can achieve remote control through the Internet of Things and mobile phone APPs, supporting scheduled startup and shutdown. It can also be linked with dust emission monitors to monitor the dust concentration in the factory area in real time. When the concentration exceeds the standard, it automatically initiates spray dust suppression, eliminating the need for frequent manual attendance and significantly reducing labor costs, truly achieving "unattended, intelligent dust suppression". At the same time, the system supports 360° fixed spray or rotary spray at any angle, with a spray radius of up to 20-30 meters, providing a wide coverage range. It can flexibly adapt to various dust-generating links such as aggregate storage areas in mixing stations, conveyor belts, discharge ports, and factory roads, achieving dust suppression without dead zones and without the need for multiple equipment coordination, thus greatly improving dust suppression efficiency.

Compared to traditional water sprinklers and fog cannons, EMP's intelligent fog pile has more advantages in energy conservation and environmental protection: it eliminates the need for high-power fan equipment, operates with extremely low noise, and does not affect normal production in the factory area or the surrounding environment; its atomization effect falls between that of spraying and fog cannons, which neither wets the materials and affects their moisture content nor evaporates rapidly in high-temperature and windy weather, balancing dust suppression effects and production needs; it is also equipped with a water recycling system, allowing the use of recycled wastewater treated by the mixing plant for spraying, achieving water resource recycling, significantly reducing water consumption, aligning with the green development concept in Shandong region, and helping the mixing plant achieve the dual goals of "energy conservation + environmental protection".

Key words: