Copper tailings stacking causes serious soil heavy metal pollution problem, Desen washing equipment provides efficient treatment
Some typical copper tailings in my country contain high concentrations of heavy metals such as Cu, Pb, and Cd, which pose a great threat to the ecological environment. These heavy metals may be released into the surrounding water and soil environment with weathering and rain, which is harmful to the
Some typical copper tailings in my country contain high concentrations of heavy metals such as Cu, Pb, and Cd, which pose a great threat to the ecological environment. These heavy metals may be released into the surrounding water and soil environment with weathering and rain, which is harmful to the survival of surrounding organisms. For example, a copper mine in Yunnan Province is surrounded by various types of soil, mainly including dry red soil, red soil, red soil and paddy soil. The storage of copper tailings brings serious heavy metal pollution to the surrounding soil environment. The prevention and control of heavy metal pollution in copper tailings has become an environmental problem that needs to be solved urgently.
Faced with such a severe situation of copper tailings pollution, we urgently need a scientific, efficient and environmentally friendly solution, and Desen soil washing equipment is such a "golden key" to solve the dilemma. It integrates feeding, screening, washing, sorting, dehydration, filtration, water treatment and other functions into a mobile ex situ soil remediation equipment. It is a governance tool tailored for the characteristics of copper-contaminated soil in my country by Desen Environmental Technology Company, which has accumulated many years of scientific research wisdom and deeply integrated advanced technologies at home and abroad.
In addition, the ecological restoration and management of the copper tailings dump has been strengthened, and engineering measures have been adopted to construct an impermeable layer to prevent rainwater runoff from directly eroding the tailings and reduce secondary pollution of heavy metals. At the same time, protective forests are planted around the tailings pond to build an ecological barrier, which not only beautifies the environment, but also further blocks the path for heavy metals to spread to the outside world.
With the implementation of these comprehensive measures, the ecological environment around the copper mine has gradually improved, the content of heavy metals in the soil and water has significantly decreased, and biodiversity has gradually recovered. This successful case not only provides valuable governance experience for similar regions, but also demonstrates my country's determination and ability in the field of heavy metal pollution prevention and control, and lays a solid foundation for building an ecological civilization and achieving sustainable development.
