Hydraulic Water Modelling
Initial Assessment
Lengthy data collection processes increase project timelines, necessitating more resources and budget. Consequently, project scope and expenses expand, potentially leading to poor performance and unsatisfied clients. Efficient data collection is crucial for project success and client satisfaction.
From the initial assessment we will identify the difference between what you have and what you need and how you can get there. Send us your model and let us know what you’d like to improve and we will give your project a start! Don’t have a model and want to develop one but don’t know where to start? Contact us!
Software Evaluation
HydraLink helps clients find the right modelling software. We work with the client to develop criteria and evaluation methodology that is tailored to our customer needs and provide an unbiased recommendation for an optimal solution.
Our Process
Scientific Communication
Tell the story from your modelling analysis. Communicate your actions and results through user friendly manuals, standard operating procedures and dynamic presentations. HydraLink provides training in water hydraulic modelling and analysis.
During the Request-for-Proposal (RFP) process, we actively engage with clients to create comprehensive Terms of Reference (ToR) or Scope of Work (SoW). Drawing on our extensive experience, we assist clients in furnishing the essential information required for successful hydraulic modeling projects. Emphasizing the importance of efficiency, we prioritize upfront time and budget considerations to mitigate the risk of incurring additional fees and scope changes throughout the project lifecycle.
Miscommunication and vague responses to Requests for Proposals (RFPs) often arise due to an incomplete grasp of hydraulic model development. This lack of understanding can result in inadequate project requirements, leading to budget miscalculations and potential scope changes down the line, posing a risk to client satisfaction.
Develop Project Scope
Hydraulic Water Modelling Services
Model Update and Development
Model build from GIS or as-built drawings
Update/build model linear network with latest attributes
Update/build model facilities from P&ID and schematics
Update/build model pump and tank curves based on drawings and field testing
Model Calibration and Validation
Transmission system model calibration
Distribution system model calibration
Model validation
Field test planning
Hydraulic Modelling Analysis
Fire Flow Availability
Level of Service Criteria
Redundancy of Supply
Risk and Criticality
Operational Optimization