Automated Network Sizing (ANS)
An Add-on Module for AFT Fathom or AFT Arrow
The ANS module uses IntelliFlow®, which uses a combination of advanced numerical searching algorithms and pipe flow simulation. The technology was developed by AFT and has been a solution proven to save both capital and recurring costs as well as significantly reduce energy usage.
It evaluates the complex interaction of variables in your system
design, revealing combinations of parameters that minimize cost.
Automatically size piping and system components in an integrated manner to minimize weight & cost
Blue Ribbon Designs
Engineer your Project Time
Predict the Future
Deflate Economic Uncertainty
Perform economic analysis without opening another program. Account for interest rates and variable costs over time to determine life-cycle profitability.
Employ search algorithms to find system cost minimums.
By letting a computer manage the design iterations of a holistically sized system, engineers maximize their benefit by more efficiently using their time.
With the ANS module for AFT Fathom or AFT Arrow, engineers can:
- Apply design objectives to minimize system costs including pipe weight, duct volume, and monetary cost.
- Specify design requirements such as pressures, flowrates, velocities and NPSH throughout a system.
- Size a single system for multiple operating conditions, meeting their different design requirements using dependent design cases.
- Enforce commonality among pipe groups and parallel/back-up equipment during sizing.
- Reduce a design’s energy consumption to meet sustainability goals for a given budget.
- Perform economic cost analysis using Excel imported cost data while accounting for the time value of money and other changing variable costs.
The extra effort to perform automated sizing on an AFT Fathom or AFT Arrow model is as little as 1%
Save 10-15% on piping costs and energy costs!
Manage your carbon footprint by sizing your system to minimize energy costs.
- Justify an increased initial investment for long term energy savings, reducing total cost over the system’s lifecycle.
- Size to minimize energy costs for a given budgetary limit.
- Account for future costs by using the time value of money and adjusting for variable recurring costs.
- Determine the cost effectiveness of replacing existing pipes in a system.
The ANS module was able to reduce energy consumption in this cooling tower system by 17%. This resulted in a 7% reduction in total costs over the system’s 10-year lifecycle. Design requirements, such as minimum flows through heat exchangers and the maximum pump power, were maintained during sizing.
The ANS module intelligently sized the pipes of this steam supply system.
Total pipe weight was reduced by 14% while enforcing common pipe groups such as Main and Header lines. Design requirements, such as the minimum supply pressures at each user, were also maintained during sizing.
The ANS module intelligently sized the pipes of this cooling tower system.
The ANS module intelligently sized the pipes of this cooling tower system. Total pipe weight was reduced by 17% while enforcing common pipe groups such as in the Pump Station and the Risers. As a result, initial monetary cost was reduced by 6%. Design requirements, such as the minimum flowrates through the heat exchangers, were also maintained during sizing.
Minimize your initial system costs without the legwork required for a cost database.
- Out-bid competitors on initial system cost.
- Minimize system costs such as pipe weight, surface area, or volume to avoid developing a monetary cost database.
- Easily demonstrate the potential savings gained by using the ANS module.
- Automatically size an initial system while accounting for planned, future expansions. Or, size an expansion for an existing system.
How it Works
Simply follow the Sizing Navigation Panel to:
- Sizing Objective: Select whether to minimize weight, volume or cost (this will determine your navigation path)
- Size Assignments: Identify individual pipes, or common groups of pipes to be sized
- Candidate Sets: Choose the range of allowable pipe sizes
- Design Requirements: Input and apply design requirements to the appropriate pipes and junctions
- Assign Cost Databases: (optional) For cost-based sizing, select the cost data for the piping and equipment
- Sizing Method: Select an algorithm to use, or just follow the default choices
- Dependent Design Cases: Select multiple operating cases you would like to include in the sizing