FOR SPECIFYING ENGINEERS
Put the inlet condition into the specification.
Flow Optimizers helps engineering teams evaluate approach-flow conditions, develop application-specific flow-conditioning geometry and carry the selected solution into drawings, submittals, fabrication and project documentation.
Support is tied to the equipment, operating range, site constraints and project criteria.
START WITH THE CONDITION
A useful specification begins before the product name.
Pump-intake and process-flow problems rarely begin with a catalog number. A useful specification identifies the operating condition, the incoming-flow concern, the interfaces and the evidence required before a component is selected.
Depending on the application, Flow Optimizers can review available information, develop geometry, prepare approval drawings and coordinate independent CFD or physical hydraulic model testing when warranted. The Engineer of Record retains responsibility for final design criteria and acceptance requirements.
What to send
- Pump or meter manufacturer and model
- Design flow and operating range
- Piping, basin or wet-well drawings
- Known issue or performance objective
- Materials, coatings and project criteria
- Schedule and submittal requirements
A CONNECTED PROJECT PATH
From application review to project documentation
Each step connects the hydraulic objective to a component that can be reviewed, fabricated and installed.
01 / REVIEW
Review the application
Connect pump or meter data, flow range, drawings, existing geometry and observed operating issues.
02 / DEVELOP
Develop the solution
Match flow-conditioning geometry to available space, equipment interfaces, materials and installation constraints.
03 / SUPPORT
Support the project
Carry the selected concept into approval drawings, submittals, fabrication coordination, inspection and documentation.
ENGINEER TOOLKIT
Starting-point specification language
These resources are starting points—not drop-in contract documents. The responsible engineer should adapt each specification to the actual equipment, geometry, materials, codes, procurement requirements and acceptance criteria.
Flanged Flow Straightening Insert
Starting language for an inline insert intended to support more uniform flow in piping applications.
Inlet Floor Cone
Starting language for a floor-mounted intake device beneath a pump suction bell.
Vaned Flow Conditioning Basket
Starting language for a basket used at vertical, axial or mixed-flow pump intakes.
Inlet Flow Conditioning Spool
Starting language for a fabricated spool incorporating internal flow-conditioning geometry.
RIGHT-SIZE THE EVIDENCE
Match validation to project uncertainty
Not every application requires simulation or a physical model. When uncertainty is high or alternatives need comparison, independent analysis can help inform geometry before fabrication.
Independent CFD
Evaluate velocity, pressure, swirl, vortex activity or alternative geometry when the project warrants numerical analysis. Flow Optimizers does not perform CFD in-house; we help connect approved findings to practical product geometry.
Physical hydraulic modeling
Consider physical modeling when free-surface behavior, air entrainment, vortices or complex intake interactions need scaled observation and project-specific acceptance testing.
Organizations in our project history
Logos are shown for project-reference purposes; no endorsement is implied.
CHOOSE THE NEXT TECHNICAL STEP
Continue the project review
Start with the resource that matches the information or decision in front of you.
Product families
Compare piping, wet-well and pump-intake flow-conditioning solutions.
Capabilities
Review hydraulic design, CAD, analysis coordination, fabrication and documentation.
Project pathways
Review strategic-partner coordination and domestic-content information.
Working on an inlet-flow specification?
Send the equipment data, flow range, drawings and project criteria you have. Flow Optimizers can help define the next coordination step.