
- •G. Zayonchkovsky, V. Stadnychenko, y. Golovko «hydraulic machines and hydraulic/pneumatics equipment»
- •Introduction
- •Pump glossary
- •1.2 Pump history
- •1.3 Pump family group
- •1.3.1 Centrifugal pumps
- •1.3.2 Reciprocating pumps
- •1.3.3 Pump selection
- •2.1 Centrifugal pumps
- •2.2 Centrifugal pump characteristics
- •2.3 Performance modifications for varying pipelene applications
- •2.3.1 Cavitation
- •2.3.2 Net positive head
- •2.3.3 Net Positive Suction Head Avaible
- •2.3.4 Net Positive Suction Head Required
- •2.3.5 Correcting for Inadequate Suction Conditions
- •2.3.6 Npsha-nphsr Criteria
- •2.3.7 Viscous Liquids
- •2.3.8 Minimum Flow
- •2.3.9 Temperature Rise
- •2.3.11 Centrifugal Pump Station Piping Design
- •2.3.12 Centrifugal Pump Nozzle Loading
- •2.3.12 Pump Operational Hazards and Risk
- •3.1. Rotary
- •3.2 Types of rotary pumps
- •3.3 Reciprocating pumps
- •3.4 Piston pumps
- •4.1 Role of compression in a gas pipeline network
- •4.2 Gas pipeline hydraulics principles
- •4.3 Friction factor
- •4.4 Flow regimen profiles calculation
- •4.4 Pipeline design and optimization
- •4.4.1 Optimization Parameters
- •Optimization Process Overview
- •4.4.3 Selection of Alternative
- •4.4.4 Sensitivity Analysis
- •4.4.5 Pipeline Looping & Compression (Location & Spacing)
- •Hydraulics Simulations
- •4.4.7 Compressor Operation Costs
- •5.1. Pneumatic piping, hoses and connections
- •5.2 Flow control and pressure regulation valves
- •5.3 Relief valves dynamics
- •6.1 Linear actuators
- •6.2 Construction
- •6.3 Mounting arrangements an cylinder dynamics
- •7.1 Station piping layout
- •7.2 Scrubbers and filters
- •7.2.1 Dry scrubbers
- •7.2.1 Wet scrubbers
- •Categorization of wet scrubbers
- •Advantages and disadvantages
- •7.2.3 Filters
- •7.3 Gas coolers
- •7.4 Absorbers and regenerators
Pump glossary
The following provide a complete glossary of names for pumps that are used by various I (including pipeline) industries. Some of the pump names are based on their development principal, and some others are attributed to particular pump manufacturer [4].
Air Lift Pump
Archimedes Screw
Archimedes Snail
Ball Piston Pump
Bent-Axis Piston Pump
Bilge Pump, Hand-Operated
Bucket Pump
Crescent Pump
Ctesibian Pump
Cylindrical Energy Module
Diaphragm Pump
Discflo Pump
Double Diaphragm Pump
Drum-Mate Drum Pump
Duplex Pump
Dutch Pumps
Ericsson Hot Air Pump
Finger Pump
Fireboat
Fish Tank Diaphragm Pump
Force Pump, Double-Acting
Gear Pump
Gear Pump, Balanced
Gear Pump, two-lobe
Gear Pump, three-lobe
Gear Pump, Reversing
Global Pump™
Gravi-Chek™ Pump
Hand Pump
Impeller Mechanism, Basic
Impeller, single lobe
Impeller Mechanism, three-lobe
Impeller Diffuser Pump
Impeller Diffuser, Multi-Stage
Infusion Pump
Jet Pump (Wells)
Lift Disk Pump
Lift Pump
Magnetic Flux Pump
Newby's Minimum Fluid Technique Pump
Peristaltic Pump
Piston Pump
Progressive Cavity Pump
Propeller Pump
Pulser Pump
Pumper Track
Quimby Screw Pump
Radial Piston Pump
Rag Pump
Ram Pump
Recessive Spiral Pump
Rotary Cam Pump
Air Lift Pump
Archimedes Screw
Archimedes Snail
Ball Piston Pump
Bent-Axis Piston Pump
Bilge Pump, Hand-Operated
Bucket Pump
Crescent Pump
Ctesibian Pump
Cylindrical Energy Module
Diaphragm Pump
Discflo Pump
Double Diaphragm Pump
Drum-Mate Drum Pump
Duplex Pump
Dutch Pumps
Ericsson Hot Air Pump
Finger Pump
Fireboat
Fish Tank Diaphragm Pump
Force Pump, Double-Acting
Gear Pump
Gear Pump, Balanced
Gear Pump, two-lobe
Gear Pump, three-lobe
Gear Pump, Reversing
Global Pump™
Gravi-Chek™ Pump
Hand Pump
Impeller Mechanism, Basic
Impeller, single lobe
Impeller Mechanism, three-lobe
Impeller Diffuser Pump
Impeller Diffuser, Multi-Stage
Infusion Pump
Jet Pump (Wells)
Lift Disk Pump
Lift Pump
Magnetic Flux Pump
Newby's Minimum Fluid Technique Pump
Peristaltic Pump
Piston Pump
Progressive Cavity Pump
Propeller Pump
Pulser Pump
Pumper Track
Quimby Screw Pump
Radial Piston Pump
Rag Pump
Ram Pump
Recessive Spiral Pump
Rotary Cam Pump
Scoopwheel Pump
Screw Pump
Simplex Pump
Sling Pump
Spiral Pump
Squeeze Bulb
Star Pump
Sucker Rod Pump
Swash Plate Piston Pump
Tesla Turbine Pump
Tire Pump
Turbine Pump
Tympanum Drum
Vacuum Pump
Vane Pump
Volute Pump
Watergun, Super Soaker
Wobble Plate Piston Pump
Wolfhart Principle Pump
1.2 Pump history
Pump history dates back as far back as when fire piston was invented in Southeast Asia' (Europe, in early 1800): For starting fires. The fire piston preceded match which has its j origin from southeast Asia.
Romans in Britain (ca. 409) produced a two-barreled reciprocating pump cut from a block of wood, lined with sheet lead. However, rotary pumps were too difficult to make I until after 16th century (as described by Ramelli in 1588 [5]). Bellow pumps were first! demonstrated in 1511, and bucket pumps for water, driven by waterwheels or animal gears, were introduced in Saxon mines ca. 1540.
London Bridge Waterworks was established in 1582 using undershot tide-mill pumps. | Other important events in pump development and usage since 1600 are chronologically listed below [6]:
1600 Gear pump invented by Kepler
1600-1699 Various rag-and-chain pump used to drain Cornish mines in Britain
1600-1699 Appearance and basic development of centrifugal water pumps
1629 Giovanni Branca described water-operated pumps (impulse steam turbine)
1635 Gearwheel pump was illustrated by Schwenter.
1650 ca. Use of machine-bored pump barrels and use of flanged and bolted pipes
1652 First air (vacuum) pump devised
1658 Air pump experiments conducted by Boyle and Hooke
1674-1675 Patent of plunger-type pumps, by Isaack Thomson (1675)
1680 Invention of simple centrifugal pump
1689 Centrifugal (Hessian) relates to internal combustion engine.
1721 Evolution of modern manual fire engine
1732 First description of simple centrifugal pump.
1732 ca. Diaphragm pump invention, Gosset and Deville in UK
1739 First design of semi-balanced valve and brass pump bucket
1746 Lifting pump devised using Archimedian screw
1755 Direct air-pressure mine pump used at Chemnitz
1768 Introduction of chain pump into ships
1772 Statical mercury vacuum pump
1781 Introduction of rope pump
1818 Introduction of centrifugal pump in the United States
1830 ca. Pelton wheel, first use of bucket vanes curved to Archimedean spirals
1830 ca. Bucket-pump system introduced at British colliery to sink shaft
1834 Patent of hydraulic belt pump
1849 Steam direct-acting steam pump invented: for Simplex pumps
1857 Patent of Feathering chain pump
1857-1859 Invention of duplex steam pump invented
1860 Duplex water-works engine built
1865 Invention of mercury vacuum pump
1868 Patent of vertical direct-acting flywheel pump
1870 Introduction of jet pump
1871 Patent of differential valve motion for direct-acting pump
1872 Invention of pulsometer steam pump in UK 1875 Patent of multistage centrifugal pump
1877 Direct air-pressure pump for sewage system in Britain
1880 Introduction of vertical direct-acting compound pumping engine
1880 Air-lift pump
1886 Introduction of vertical triple-expansion pumping engine in US
1891 First British vertical triple-expansion pumping engine (Britain)
1900 ca. Direct air pressure pump
1910 Water elevator
1916 Establishment of the Baume scale
1919 Caruelle water elevator
1921 Creation of API Gravity Scale for measuring hydrocarbon densities
1945 ca. Joint development for high pressure vessels