With economic development, industrial plants have increased, but few people have noticed that beneath these buildings, the floor may be quietly settling. tank floor subsidence improvement, a seemingly small phenomenon, actually poses a serious threat to the stability and safety of construction projects. Today, we will talk about the topic of tank floor subsidence improvement, explore the reasons behind it and countermeasures.

I. "Behind the scenes" of tank floor subsidence improvement

tank floor subsidence improvement in industrial plants does not happen for no reason, and there are many reasons behind it. It mainly includes the following five aspects:

1. Geological conditions: One of the "culprits" of tank floor subsidence improvement. Soft soil is easy to be affected by external factors and the settlement occurs. Of course, under different geological conditions, the subsidence degree and speed of the floor will be different.

2. Over-exploitation of groundwater: it is also an important factor leading to tank floor subsidence improvement, which is usually presented as a regional area with serious subsidence. Groundwater level drops, soil drains, and tank floor subsidence improvement is triggered.

3, building load: the load of the building itself exceeds the bearing capacity of the foundation will also lead to a certain degree of settlement of the floor.

4. Engineering construction: Adjacent engineering foundation construction, earthwork excavation, etc., may cause disturbance to the floor, resulting in tank floor subsidence improvement.

5. Natural disasters: Earthquakes, floods and other natural disasters may also lead to tank floor subsidence improvement. These disasters can damage the geological structure and destabilize the floor.

Ii. "Smart Move" for coping with tank floor subsidence improvement

We are not helpless in the face of the challenge of efficient governance of the tank floor subsidence improvement. The following treatment methods can be taken:

1. Geological investigation and monitoring: carry out detailed geological investigation in advance to understand geological conditions and settlement. At the same time, a subsidence monitoring system is established to monitor the tank floor subsidence improvement in real time, so that we can have an in-depth understanding of the subsidence and geological conditions of the floor, and provide scientific basis for subsequent treatment.

2. Traditional foundation reinforcement: one of the effective means to deal with tank floor subsidence improvement. Traditional grouting reinforcement and pile foundation reinforcement can improve the bearing capacity and stability of the floor and slow down the settlement rate.

3. Reasonable exploitation of groundwater: it is also an important measure to prevent tank floor subsidence improvement. The dynamic balance of groundwater can be maintained and the risk of tank floor subsidence improvement can be reduced by limiting the amount of exploitation and optimizing the layout of exploitation.

4, engineering construction preventive measures: in the foundation construction stage, we can choose deep foundation forms such as pile foundation, raft foundation, etc., to reduce the disturbance to the floor; In the stage of earthwork excavation, we can take measures such as stratified excavation and supporting structure to maintain the stability of the floor. Engineering design in advance to prevent tank floor subsidence improvement and reduce the probability of tank floor subsidence improvement.

5. Ecological restoration and environmental management: As the tank floor is also subsidence improvement caused by natural disasters, ecological restoration and environmental management measures such as afforestation, soil and water conservation, filling and excavation can also be adopted to restore the geological structure and ecological environment.

6, non-destructive controlled soil solidification technology: tank floor subsidence improvement New practical technology for lifting, safe and reliable materials, microporous treatment, short cycle, no need to break, no need to stop production, intelligent monitoring equipment, fast and accurate leveling, To meet the medical, new energy vehicles, warehousing and logistics, equipment processing centers and other different industries of the plant, warehouse or workshop for floor leveling accuracy requirements.

Hengxiang Hongye non-destructive controllable soil solidification technology using new special composite materials, the use of small holes minimally invasive technology, can quickly strengthen the foundation of industrial plants, 1-90s consolidation of soil, does not affect production and life, improve soil properties, fast and accurate consolidation of soil, and efficiently solve the settlement problem of industrial plants.

Three, the "three principles" of tank floor subsidence improvement treatment

In the process of dealing with subsidence floors, we need to follow three principles: safety, economy and sustainability. Safety principle: The first principle is that we must ensure that there is no harm to personnel and equipment during the treatment process, and the floor after treatment must meet the safety and stability requirements of the building.

Economic principle: When selecting the treatment plan, we need to fully consider the cost-benefit ratio to avoid blindly pursuing the treatment effect and resulting in high cost.

Sustainability principle: Environmental protection and sustainable development should be emphasized in the process of dealing with subsidence floors. Use environmentally friendly materials and processes to minimize the impact on the environment. At the same time, for the treated floor, maintenance and monitoring should be done to ensure its long-term stability.

Fourth, looking forward to the future: science and technology to help plant settlement floor control

With the progress of science and technology and the accumulation of practical engineering experience, the future settlement floor treatment will usher in new development opportunities. Through the use of advanced survey technology and monitoring equipment, we can more accurately understand the settlement of the floor and geological conditions, and provide strong support for the development of scientific and reasonable treatment programs. At the same time, new foundation reinforcement technologies will continue to emerge, providing more efficient and environmentally friendly solutions for the treatment of tank floor subsidence improvement. We believe that in the near future, we will be able to better cope with the challenge of efficient management of tank floor subsidence improvement, and contribute to the sustainable development of construction projects.

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