About WRc | Portfolio Programme | Help | Contact Us  
Portfolio Logo WRc
Home New Ideas New On Site New Starts Proposed
Your List

Asset Maintenance
Asset Management
Business Planning
Business Processes
Carbon Footprint
Carbon Management
Catchment Management
Climate Change
Customer Service
Data & Information
Data Management
Demand Management
Distribution Management
Drinking Water Quality
Emergency Planning
Energy Efficiency
Environmental Management
Environmental Policy & Legislation
Investment Planning
Leak Detection
Metering & Charging
Odour Management
Operating Costs
Pipeline Materials
Real Time Control
Receiving Water Quality
Resource Management
Risk Assessment
Risk Management
Spatial Information
Strategic Planning
Supply Demand Management
Technology Development
Underground Assets
Waste & Resource Management
Waste Management
Wastewater Treatment
Water & Wastewater
Water Distribution
Water Quality
Water Resources
Water Treatment
Water Treatment Waste
Water Use

Printer Friendly VersionSelected Information - Proposed Research

CP475  A Structured Approach to Hydraulic Model Maintenance Data & Information
Project Appreciation and Objectives

The role of hydraulic models in water companies is evolving. Traditionally hydraulic models have been used for off-line strategic network planning activities. However, as real time control becomes feasible, all network, highly calibrated hydraulic models are becoming a key component of more dynamic, real-time decision support tools.

Real time data can now be used for calibrating models and facilitating predictive modelling. However, for this approach to be fully effective, and for companies to realise the full potential and benefits, changes to the asset inventory need to be reflected in the hydraulic model in near real time. This requires careful integration of a number of separate activities.

Currently, companies extract data from their GIS Asset Inventory into hydraulic modelling packages. Hydraulic models are then developed by specialist teams. There is therefore an inherent gap between hydraulic models and the asset inventory. This project will:

  • define the role of the hydraulic model in a real time environment;
  • develop a framework to manage the data flows in order to maintain and calibrate hydraulic models and to ensure that data are collected to the quality that the new role demands;
  • apply the approach to both water and wastewater hydraulic modelling.

Benefits to Clients

  • Consistent approach across the business through use of a management framework to enable the further evolution of hydraulic models for real time control to increase efficiency and achieve cost reductions.
  • Improved confidence in model outputs for use in real time analyses to improve operation, reduce reaction times and become more proactive in network management.
  • Have a clear definition of the role and benefits of both water and wastewater hydraulic models in company operations to guide capital investment in modelling.

Work Programme

  1. Document a high-level modelling process and identify current modelling approaches
  2. Document a detailed modelling process
  3. Confirm current modelling approaches
  4. Produce illustrations of operational uses and benefits

Project Output

  • Process maps highlighting data requirements for real-time hydraulic modelling.
  • Summary of current modelling approaches.
  • Management framework to ensure real-time modelling process can be implemented and the benefits realised.
  • Illustrations of operational uses and benefits.

Related WRc Work

  • CP381 - Creating value from data - asset inventory data governance framework
  • CP419 - Improving AMA through data quality
  • CP401 - A Framework for Improving Telemetry Data Quality
  • UKWIR - A framework for undertaking Catchment Management
WRc's Portfolio Programme
Summary of the £1.5 million per annum research programme

More details...

About WRc | Portfolio Programme | Hot Topics | Help | Contact Us