Maximizing reservoir water quality security through the use of a Lake Diagnostic System (LDS) and a Controlled Lagrangian Drogue (CLD)

建议在湖沼学研究的最新进展和现有测量技术的基础上，开发硬件、算法和软件，以形成一个独特的实时水库水质管理系统，由最少的测量输入驱动。这将消除对大量昂贵的水库监测的依赖，以前需要监测湖泊的空间变异性和季节性，以进行完整的3D建模。该项目将向业界提供：两个简化油藏监测的测量工具，LDS和CLD；以及管理实时数据收集、为油藏管理人员提供决策支持并实现按需？情景预测。

It is proposed to build on recent advancements in limnological research and existing measurement technologies to develop the hardware, algorithms and software to form a unique real time reservoir water quality management system, driven by minimal measurement inputs. This will remove the reliance on extensive expensive reservoir monitoring, previously necessary to characterize the lake spatial variability and seasonality, for full 3D modelling. This project will deliver to industry: two measurement tools to simplify reservoir monitoring, the LDS and CLD; and software tools to manage real time data collection, provide decision support to reservoir managers and to enable ?on-demand? scenario predictions.