Digital twin data structures to assist in predictive maintenance modeling. 2. Enhanced Hydraulic Limits & Energy Efficiency
This guide was prepared by rotating equipment engineers with 20+ years of experience in API and ISO standards implementation. For specific project advice, consult a licensed mechanical engineer familiar with API 610 13th Edition.
With refineries adapting to alternative fuels, the 13th Edition introduces tighter design guidelines for like liquid hydrogen and carbon capture transport (CCUS). Pumps operating in these sectors demand superior shaft sealing protection and specialized materials to prevent hydrogen embrittlement. 3. Stringent Material Sub-Classes Api 610 13th Edition
: Stricter vibration thresholds near the thermal and mechanical limits of the pump curve.
Double-casing (barrel) pumps built for ultra-high pressures and temperatures exceeding 200°C (390°F). Vertically Suspended Pumps (VS Series) Digital twin data structures to assist in predictive
The current active edition is the , published in January 2021. However, the API 610 committee is already working on the 13th Edition. A draft has been circulated for balloting, indicating that the new version—though still subject to further revision—is taking shape.
API 610 is updated approximately every five years to incorporate technological advances and lessons learned from industry experience. The last major release was the 12th Edition in 2021, which focused heavily on enhancing the reliability of high-energy pumps and optimizing maintainability. For specific project advice, consult a licensed mechanical
Use this checklist when reviewing a vendor proposal or writing a bid package:
: Optional Thermal Growth Verification Test for pumps with operating temperature > 250°C (measure cold-to-hot alignment shift).