What are the impacts and protective measures of Construction engineering multi-head drilling rig construction on surrounding buildings and underground pipelines?
Publish Time: 2024-08-08
In construction projects, the construction of Construction engineering multi-head drilling rig may have a certain impact on surrounding buildings and underground pipelines, so it is crucial to understand these impacts and take effective protective measures.
The vibration generated during the construction of Construction engineering multi-head drilling rig may cause the foundations of surrounding buildings to loosen, thereby affecting the structural stability of the building. Especially for old buildings or buildings with weak foundations, this vibration may cause problems such as wall cracking and floor deformation.
The displacement of the soil during the drilling process may also cause squeezing and pulling of underground pipelines, causing deformation and rupture of the pipelines, affecting their normal operation. For example, the rupture of water supply and gas supply pipelines may cause water and gas outages, and damage to communication cables may affect communication signals.
In order to reduce these impacts, a series of protective measures need to be taken. Before construction, a detailed geological survey and surrounding environmental survey should be carried out to understand the distribution and conditions of buildings and underground pipelines. According to the survey results, a reasonable construction plan should be formulated to adjust parameters such as drilling speed, angle and force to reduce vibration and soil displacement.
Vibration isolation trenches can be set up, and trenches of a certain depth and width can be excavated between the Construction engineering multi-head drilling rig and the surrounding buildings, filled with flexible materials, and effectively block the spread of vibration. For underground pipelines, pre-reinforcement measures can be taken, such as grouting reinforcement of the soil around the pipeline to increase its stability.
During the construction process, monitoring should be strengthened, and sensors should be installed to monitor the settlement, tilt of the building and deformation of the underground pipeline in real time. Once an abnormality is found, the construction should be stopped in time and remedial measures should be taken. For example, in the subway construction of a certain city, when the Construction engineering multi-head drilling rig was used for pile foundation construction, the above-mentioned protective measures were taken in advance, including setting up vibration isolation trenches, reinforcing underground pipelines, and strengthening construction monitoring, which successfully avoided damage to the surrounding old residential buildings and important underground pipelines, and ensured the smooth progress of construction and the safety of the surrounding environment.
In short, fully understanding the impact of the Construction engineering multi-head drilling rig construction on surrounding buildings and underground pipelines, and taking scientific and reasonable protective measures, can effectively reduce risks and achieve safe and efficient advancement of construction projects.
