Green Trust Industrial Vacuum Sweeper Officially Enters High-Dust Mining Areas, Leading a New Standard for Efficient and Eco-Friendly Cleaning

As global environmental requirements become increasingly stringent and mining operation standards continue to rise, high dust pollution in mining areas has become a core factor restricting safe and efficient mining operations. Recently, the flagship product – Industrial Vacuum Sweeper launched by Shandong Qingeng Construction Machinery Co., Ltd. has been successfully applied in the construction sites of many large-scale mines, comprehensively improving on-site cleaning efficiency and environmental compliance in mining areas, and setting a new benchmark for green mine operation.

Targeting the pain points of heavy dust and high cleaning difficulty in mining operations, this industrial vacuum sweeper from Qingeng Machinery has achieved a qualitative breakthrough in cleaning efficiency and dust control through professional design and technical optimization. Equipped with a high-power vacuum dust collection system, the machine reaches a dust adsorption rate of up to 98% in mining areas. It can quickly collect dust, powder and scattered debris generated in mining, material stacking and transportation, eliminating secondary dust pollution at the source. At the same time, it is equipped with a dust suppression spray system that sprays atomized water mist during operation to further contain dust diffusion, fully complying with the national Integrated Emission Standard of Air Pollutants (GB 16297-1996) and mining environmental inspection requirements.

In terms of operation efficiency, the sweeper can clean a 10,000-square-meter mining area in just 1 to 1.5 days, with efficiency 5 to 6 times that of traditional manual cleaning. A single machine can replace 8 to 10 workers, reducing labor costs by 70% for mining enterprises. In addition, the sweeper adopts a wear-resistant and dust-proof structure, making it highly durable and suitable for the harsh working conditions in mining areas.