Jiangsu Haifa Machinery Manufacturing Co., Ltd.

In 2026, industrial pump selection is upgrading from "input flow rate and head to find a model" to multi-parameter digital decision-making. impeller.net PumpSelector represents the development direction of global pump selection platforms: centrifugal pump screening, configuration, and technical documentation output are accomplished through operating points, media, rotational speed, and pump type databases. Professional selection no longer only compares Q-H curves; it also requires simultaneous calculation of BEP (Best Efficiency Point), POR (Preferred Operating Region), NPSHr, NPSH Margin, shaft power, medium viscosity correction, impeller trimming, and VFD variable frequency operation. impeller.net technical documentation also emphasizes that pumps should operate as close to BEP as possible and be matched to actual system conditions through rotational speed, impeller diameter, and other means. Jiangsu Haifa Machinery Manufacturing Co., Ltd..jslgpump.com has developed API 610 OH1, OH2, OH, OH4, OH, BB1-BB5, VS1, VS4, VS5, VS6, as well as high-temperature high-pressure, multistage, and magnetic drive pump series, capable of conducting API610 pump selection, low NPSH pump sizing, and high-pressure multistage pump selection for refining and petrochemical, coal chemical, urea, mine drainage, seawater desalination, and new energy projects. low NPSHa light hydrocarbons, VS6 can-type pumps can be used; for high-head conditions, BB3/BB4/BB can be configured; for multi-condition systems, selection is combined with VFD, POR, and lifecycle energy consumption. Currently, global pump selection software is further integrating CPQ automated quoting, Webservice, and project management. Spaix 6 has integrated pump selection, configuration, quoting, and project management, while Flowserve Affinity supports real-time performance data, technical document generation, and engineer review. The latest research also applies Digital Twin, PSD fault signatures, cavitation identification, and predictive maintenance to centrifugal pump systems. For industrial users, the truly valuable "intelligent pump selection" of the future is not simply recommending a model, but incorporating hydraulic performance, energy consumption, reliability, materials, sealing, and full lifecycle cost into engineering decisions simultaneously.  English References 1. impeller.net / VSX – PumpSelector: Official documentation states it can be used for centrifugal selection, configuration, and procurement, and supports an international pump product database. 2 VSX – Spaix 6, 2026: Integrates centrifugal selection, configuration, quoting, project management, and Webservice into the same CPQ platform. 3. Flowserve – Affinity Pump Selection Tool: over 80 product lines, real-time pump performance data, saving selections, and generating technical documents. 4. Energy Conversion and Management, 202: Proposes a dynamic selection method for centrifugal pumps based on dual indicators of POR, hydraulic efficiency, and energy consumption. 5. Control Engineering Practice, 202: Uses Digital Twin, PSD, and automated test platforms to study cavitation and mechanical, electrical, and hydraulic faults. Chinese References 1. Jiangsu Haifa Machinery Manufacturing Co., Ltd.: "Application of Lingsheng Supercomputing in Remote Automatic Control of Water Pumps: Technical Reflections on API610 Chemical Process Pumps," 2026, covering intelligent pump stations, predictive maintenance, digital twins, and automatic control API process pumps. 2. Industry materials related to intelligent pump selection systems: Current domestic selection platforms have generally incorporated functions such as Q, H, temperature, density, NPSH, performance curves, and automatic report generation. 

www.jslgpump.com