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“Once we have the model of our system and use it to learn how the system behaves we can choose to improve it by making it behave in a better way, e.g. less operating, maintenance and capital expenditure, environmentally better, higher efficiency or higher level of service. Without the knowledge we do not have the choice.” “Properly developed and calibrated hydraulic models are assets, like pipes or pumps are. Making the best use of the models is as important as the best utilisation of physical assets.” "It is a good idea to know in advance whether a model is developed for a once off use or it is intended to be used as an asset management tool for a long time." |
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Consider the following flowchart showing the life cycle of a hydraulic modelling project. It describes two typical modelling applications:
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Note for Clients and Aspiring Hydraulic ModellersIf one is serious about the business of hydraulic modelling, then one needs to study hydraulics and learn about real world water systems. That is where real answers can truly be found.It is fair to say that hydraulic modelling software helps to get the job done, but software is no more than a tool. Software helps one in hydraulic modelling as much as a word processor helps one to write a novel or as much as Internet access to a bank account helps one in improving one’s financial well being. Consequently, the use of hydraulic modelling software without indepth knowledge can be useless, costly or even dangerous. |
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Modelling Services - Detailed |
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Hydro Analytics services cover most hydraulic modelling applications available today.We use all commercially available and some free hydraulic modelling software and always choose the right tool for the job to achieve the best technical and most cost effective solutions for our clients and for the environment. Our hydraulic modelling services include: |
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Initial assessment of the system and modelling needs. The initial appraisal establishes which modelling technology is required, defines the modelling scope and specifies appropriate modelling tools. |
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Collection and processing of relevant data including physical characteristics of the assets, operational data, flow monitoring data, records of historical events etc. |
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Data entry in accordance with specific requirements of the system modelled and the modelling tools used. The general model parameters adjustments as required by the specific model application. |
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Model adjustments to achieve the required accuracy levels in matching the observed values. Confirmation of the model’s accuracy using data sets that were not used for calibration. |
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Model use to perform required analyses for specified initial and boundary conditions. Network/system analysis and troubleshooting. |
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Assessment of the fitness for the purpose of a model and reporting on its usability for its original, current and/or future needs. |
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Help with the overall modelling process including identification of current and future modelling needs and programming of modelling activities in accordance with the clients’ specific circumstances. |
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Assistance with any modifications, enhancements or extensions of any existing hydraulic models. |
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Assistance to the client at any stage of the model development or modelling process until a solution is found for the troubled model. |
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Ongoing assistance with all modelling tasks based on agreed level of service |
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