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In the process of rapid development of industrialization and urbanization, the problem of soil environmental pollution has become increasingly prominent. For a long time, my country's agricultural production, industrial emissions, waste treatment and other activities have led to a large amount o

In the process of rapid development of industrialization and urbanization, the problem of soil environmental pollution has become increasingly prominent. For a long time, my country's agricultural production, industrial emissions, waste treatment and other activities have led to a large amount of soil pollution, which has caused serious harm to the ecological environment and human health. The impact threatens the safety of national agricultural products, ecological environment and human settlements. Therefore, it has become inevitable to explore the causes of regional soil pollution and implement soil remediation strategies.

Soil pollution refers to the phenomenon that harmful substances in the soil exceed environmental quality standards or cause potential harm to the ecosystem and human health. Soil pollution can be divided into two categories: organic pollution and inorganic pollution. Organic pollution mainly comes from pesticides, industrial waste, domestic garbage, etc., while inorganic pollution mainly involves heavy metals, radioactive substances, and chemical substances. These pollutants originate from human activities such as industrial emissions, pesticide use, waste disposal, and transportation.

Traditional soil remediation technology refers to the method of using physical, chemical and biological methods to achieve soil remediation by changing the soil environment and treating pollutants. These include physical methods such as excavation and covering, chemical methods such as neutralization and solidification, and biological methods such as bioactivation and biodegradation. These technologies have been widely used in soil remediation practice in my country. For example, physical methods can involve excavating and replacing contaminated soil, moving it to a safe area near the source of the contamination for disposal. Chemical methods can use additives to change soil pH and ion concentration to reduce contaminant migration and toxicity. Biological methods promote the natural remediation process of soil by taking advantage of the adsorption and degradation capabilities of plants.

Dessen Environment keeps a close eye on market demand and always adheres to the close integration of R&D design and case feedback. Through the accumulation of practical experience in dozens of restoration projects, the soil ex-situ leaching equipment has been continuously optimized in terms of "adapting to multiple project conditions, shortening the installation and commissioning cycle, and simplifying equipment control and operation". The system equipment has site applicability and operational efficiency. , The control intelligence continues to improve. At present, the modular skid-mounted washing equipment has been iteratively updated to the eighth generation. Behind every iterative upgrade is the "craftsmanship" attitude of the Dessen team that strives for excellence. From the horizontal coverage of dozens of soil leaching remediation projects, to the vertical integration of the first 100-ton-per-hour contaminated site remediation equipment in China, and then as the initiating unit to organize the formulation of China's first group standard for soil leaching remediation systems With its three-dimensional layout, Desen Environment has been constantly innovating in practice and making breakthroughs in innovation.

Functional advantages of Desen laundering truck:

1. The equipment has a wide range of applications. It can be used for soil leaching and repair of various organic and heavy metal contaminated sites such as chemical industry, medicine, metallurgy, etc. It can also be used for ditch mud, river silt, shield mud, mine repair, etc. Project sites with physical leaching classification requirements.

2. Modular design of equipment functions, flexible combination and configuration. Depending on project needs, single-vehicle operation or multi-vehicle joint operation can be achieved.

3. The vehicle has a novel design, its appearance and dimensions comply with road transportation requirements, and the trailer can be towed flexibly and is not subject to geographical restrictions.

4. The equipment is modularly designed, and the pipe flanges between modules can be connected to operate, which greatly shortens the equipment entry and exit cycle.

5. The equipment adopts DCS distributed electronic control system to realize decentralized control, centralized operation and monitoring, and hierarchical management of equipment. Data at all levels are reliably exchanged through the bus without affecting each other. With 5G cloud IoT, the operating status of the equipment is clear at a glance.

In short, in order to promote the development of soil environment and pollution remediation in my country, it is necessary to strengthen government supervision and policy support, and establish a sound legal and regulatory system and monitoring and evaluation system. At the same time, it is necessary to increase scientific and technological innovation and technology promotion efforts to promote the application of advanced repair technologies in practice. In addition, public participation and environmental education are also factors that cannot be ignored. It is necessary to strengthen public awareness and participation in soil environmental protection. Through the joint efforts of the government, technological innovation and public participation, we can promote the sustainable development of my country's soil environment and pollution remediation work and contribute to the realization of sustainable development goals.