I. Introduction
The construction of a large pump house sunk well in a flowing plasticized silt in Tianjin is a project that puts high requirements on construction techniques, construction security and construction speed, and is a typical engineering application of controlling and preventing engineering geology disasters with modern construction technology. To ensure that the construction of a large pump house enclosed well in a flowing plasticized silt in Tianjin is conducted in a secure and efficient manner, a comprehensive set of design principles and technical measures must be employed.
II. Design Principles
The comprehensive implementation of the principles of surrounding soil support, insulation and drainage, waterproofing and anti-seepage, vibration and noise control, etc. need to be considered in the design of the pump house sunk well in a flowing plasticized silt in Tianjin.
1. Surrounding soil support: Support of the surrounding soil is a key point for the construction of a pump house sunk well in a flowing plasticized silt. The degree to which the support structure works and the degree to which its stability is maintained, are two important aspects of the design and construction of such a pump house, and must be kept in mind when the support structure is being designed.
2. Insulation and drainage: Pump house sunk wells in flowing plasticized silt are areas of high water pressure, high temperature and high permeability, and insulation and drainage must be considered in their design. In addition, when planning the pump house, the drainage system should be designed in a way that avoids accumulation of water and other liquids in the well and that optimally controls the water pressure.
3. Waterproofing and anti-seepage: Waterproofing and anti-seepage measures must be considered if the pump house sunk well in a flowing plasticized silt is to be successful. It is necessary to select a material for the pump house walls and foundation that has good waterproofing and anti-seepage properties. Furthermore, the waterproofing and anti-seepage systems for the surrounding soil and for the soil directly above the pump house should be an interconnected system that is not easily affected by climate conditions or any other factor.
4. Vibration and noise control: The construction of a pump house sunk well in a flowing plasticized silt should take into consideration the possible impact the well might have on nearby buildings and other structures. Consequently, any materials and equipment used in the wells construction needs to be suitable for vibration and noise control.
III. Technical Measures
1. Construction methods: The construction of a pump house sunk well in a flowing plasticized silt requires advanced construction technologies. The well must be constructed using the appropriate equipment and components, and in accordance with a comprehensive construction plan. Furthermore, the construction methods and materials used must be adapted to the unique environmental conditions of the specific project.
2. Safety: During the construction of the pump house sunk well in a flowing plasticized silt, special attention should be paid to safety. This includes the collection of relevant geological data and scientific analysis of neighboring geological conditions, as well as the selection of proper construction materials and methods to minimize any possible hazards.
3. Timeliness: The construction timescale of the pump house sunk in a flowing plasticized silt must be monitored to ensure that the construction is proceeding as quickly and efficiently as possible. The timely completion of such projects is essential to deliver security and stable operation of the facility.
IV. Conclusion
The construction of a pump house sunk well in a flowing plasticized silt in Tianjin requires a comprehensive set of design principles and technical measures. It is essential to select the appropriate construction methods and materials to ensure the realization of the principles of surrounding soil support, insulation and drainage, waterproofing and anti-seepage, vibration and noise control, etc. Furthermore, safety must be taken into account and the construction must be completed in a timely fashion to maximize the efficiency and security of the project.
