深部砂岩热储沉降监测分层标建设与结构合理性初探——以鲁北平原深部砂岩热储沉降监测分层标组为例

Preliminary Study on the Construction and Structural Rationality of Layered Standard for Deep Sandstone Thermal Reservoir Settlement Monitoring ——Taking the Layered Standard Group for Deep Sandstone Thermal Reservoir Settlement Monitoring in Lubei Plain as an Example

摘要:

目前，山东省尚无分层标建设的专业规范，针对不同深度分层标，尤其是深度较大分层标，用以明确其标杆结构、标组组成等。施工流程、标体结构的不合理导致使管材浪费，一定程度上增加了分层标的监测误差及建设成本。本文以鲁北平原深部砂岩热储沉降监测分层标组为例，对分层标选址、分层标结构、标桩个数、深度确定等进行阐述，探究分层标结构的合理性，对类似地层结构的分层标建设具有指导作用，对地质灾害监测具有重要意义。

Abstract:

At present, there is no professional standard for layered bid construction in Shandong province. For layered bid with different depth, especially with large depth, the benchmark structure and composition of bid group are defined. The unreasonable construction process and target structure lead to waste of pipes, which increases the monitoring error and construction cost of layered target to a certain extent. In this paper, taking the layered standard group for monitoring the settlement of deep sandstone thermal reservoirs in the Lubei plain as an example, it is expounded from the aspects of layered standard site selection, layered standard structure, number of piles and depth determination to explore the rationality of layered standard structure,. It has a guiding role for the construction of layered standard with similar stratum structure and an important significance for geological disaster monitoring.