摘要:福田水质净化厂二期工程致力于实现绿色低碳、节能降耗的目标，从设计到施工全过程贯彻。本项目是亚洲最大的双层半地下式水质净化厂，采用BIM技术应用和绿色建造，以三维地质BIM模型为切入点，结合三维地质BIM模型与Dynamo技术的桩长校核技术，对桩基设计和施工进行指导，并安装使用太阳能光伏发电系统，大大减少了建造过程与投入使用后的碳排放量。本项目对水质净化厂同类工程的数字化和低碳应用具有一定的参考指导作用。

Abstract: The second phase of the Futian Water Purification Plant project is committed to achieving the goal of green, low-carbon, energy-saving and consumption-reducing development, and implementing new development concepts throughout the entire process from design to construction. The project is a large-scale project and is the largest double-layer semi-underground water purification plant in Asia. It must adopt BIM technology application and green construction. The project takes the three-dimensional geological BIM model as the starting point, and combines the three-dimensional geological BIM model with the pile length verification technology of Dynamo technology to guide the design and construction of pile foundations and reduce carbon emissions during the construction process. At the same time, the project installs a solar photovoltaic power generation system on the roof of the office area After adopting these measures, the project is expected to save more than 20 tons of CO2 emissions per year. This project has certain reference value for the digitalization and low-carbon application of water purification plants.