TAHOE DESIGN SOFTWARE
HYDROFLO 2
HYDROFLO 2 is a unique fluid conveyance system design tool for full pipe incompressible flow conditions. It makes it easy to model and analyze fluid transport systems found in industrial process, water supply, petroleum transport, mining de-watering and HVAC systems. During the design process, you view a vertical elevation-scaled representation of your fluid conveyance system in HYDROFLO's workspace. Elements (such as pipes, valves, etc.) can be added to your design with drag-and-drop and cut-and-paste ease. HYDROFLO's clipboard enables near instant creation of duplicate parallel lines. Element data and analysis results can be viewed simply by placing the cursor over an element. HYDROFLO's Group Editor eliminates repetitive and tedious editing tasks
HYDROFLO 2
HYDROFLO 2 is a unique fluid conveyance system design tool for full pipe incompressible flow conditions. It makes it easy to model and analyze fluid transport systems found in industrial process, water supply, petroleum transport, mining de-watering and HVAC systems. During the design process, you view a vertical elevation-scaled representation of your fluid conveyance system in HYDROFLO's workspace. Elements (such as pipes, valves, etc.) can be added to your design with drag-and-drop and cut-and-paste ease. HYDROFLO's clipboard enables near instant creation of duplicate parallel lines. Element data and analysis results can be viewed simply by placing the cursor over an element. HYDROFLO's Group Editor eliminates repetitive and tedious editing tasks
The Importance of Detailed System Analysis
A liquid transport system must be accurately defined and analyzed for its intended operation before the proper pump can be specified for it. The operational steady-state and dynamic flows and pressures for various operational strategies must be known so that pipe and pump sizes and system strengths can be determined. Many costs and safety considerations must also be addressed. No single pump can satisfy the flow and pressure requirements of all systems. If the wrong pump is selected for an application, it can result in additional expenses and/or dangerous operating conditions. Many considerations are involved in the selection of a pump for a specific application:- Liquid properties
- Pump construction materials
- Pump performance throughout a range of operating conditions
- NPSHA to the pump
- Pump speed
- Differential head required
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