Liquid
Cv = Q × √(SG / ΔP)
Identify whether plugging, erosion, leakage, short valve life, or high-cycle wear points to a stronger boiler blowdown or severe-service valve solution.
For preliminary screening only. Final boiler valve selection should be reviewed by EV engineering.
Enter application conditions and run the quiz to generate a severity score, boiler valve product direction, and next-step guidance.
Estimate the annual financial exposure created by valve failures, emergency maintenance, and lost production time.
For preliminary commercial screening only. Results depend on actual plant conditions, downtime assumptions, and failure history.
Enter application conditions and simulate downtime to estimate annual exposure and potential improvement opportunity.
Size severe-service valves for liquids, gases, steam, slurry service, boiler blowdown, ash handling, cement, refining, mining, and abrasive process applications.
Select inputs and calculate.
Cv = Q × √(SG / ΔP)
Simplified sizing for non-choked gas flow using SCFH, inlet pressure, pressure drop, gas specific gravity, and temperature.
Estimated saturated steam Cv using lb/hr flow, inlet pressure, and pressure drop for preliminary valve selection.
Engineering note: This tool is for preliminary sizing only. Final valve selection should be reviewed by EV engineering based on media, temperature, pressure class, solids loading, actuation, materials, and duty cycle.
Estimate abrasion risk in pneumatic conveying systems based on material abrasiveness, conveying velocity, bend count, solids loading, conveying distance, and valve exposure.
For preliminary screening only. Final valve selection should be reviewed by EV engineering.
Enter application conditions and calculate to generate an abrasion risk score, EV product direction, engineering notes, and commercial impact signal.
Higher velocity increases particle impact energy and accelerates elbow, seat, and valve wear.
Each bend increases directional impact points and can concentrate abrasion near downstream components.
Continuous exposure to abrasive solids supports EV severe-service product review.
Interactive market and application selector with embedded product logic, material direction, lifecycle savings estimate, and preliminary EV application review output.
Submit this configuration for final application review, model confirmation, material selection, and quote support.
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Built to support faster RFQs, stronger conversations, and a better application selling across severe-service markets.