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E-book (PDF)

Pumps Made Simple

The pump field guide written in plain words, for the people who run pumps.

A 118-page plain-language field guide for operators and young engineers: head and power, curves, systems, NPSH, minimum flow, motors, vertical, reciprocating, rotary and metering pumps, seals, testing, troubleshooting and energy.

USD 19

FormatPDF, A4, 118 pages, 25 diagrams and charts, 10 picture pages
EditionEdition 1.0 (October 2026)
ReadersOperators and junior engineers; useful refresher for seniors
UnitsSI first, US in brackets
SourcesPerry, Ludwig, Nelik, the Pump Handbook Series, CEP and Chemical Processing articles — cited in our own words

Single-user licence. Team and site licences: see options. Instant download after payment; you also get updates to this major version. The file itself is in English.

Pumps Made Simple — cover and sample pages

What it does

19 chapters, 118 pages, 25 diagrams and charts

From what head really means to curves, systems, NPSH, minimum flow, motors, testing, troubleshooting and energy.

10 picture pages

End-suction, split-case, multistage, vertical turbine, submersible, triplex, gear, progressing cavity and diaphragm metering pumps, and a mechanical seal — every part numbered and explained.

Five example pumps

A cooling water pump, a transfer pump, a hot water pump, a vertical intake pump and a triplex injection pump, followed through the book — the same examples as the Excel tools.

Worked numbers, not just words

Field head and efficiency, operating points, VFD savings, NPSH at altitude, minimum flow, motor sizing, acceleration head and payback.

Troubleshooting guide

Easy-checks-first method, symptom lists, a worked case and stories from the plant.

Printable extras

Checklists, formula sheet, units, liquid data, glossary and quiz answers.

What's inside

  1. What a pump does
  2. Head, pressure and the energy sums
  3. Pump types and how to choose
  4. Inside a centrifugal pump
  5. Pump curves and the affinity laws
  6. The pump and the system
  7. NPSH and cavitation
  8. Minimum flow and running away from BEP
  9. Drivers, motors and power
  10. Liquids that make pumping hard
  11. Vertical turbine and submersible pumps
  12. Reciprocating pumps
  13. Acceleration head and pulsation
  14. Rotary and metering pumps
  15. Seals, bearings and alignment
  16. Installation, commissioning and start-up
  17. Monitoring and field testing
  18. Troubleshooting pumps
  19. Pumps and energy

Plus appendices: units and conversions, formula sheet, liquid data, checklists, glossary, quiz answers and sources.