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Type of boiler
A fire-tube boiler is a type of boiler invented in 1828 by Marc Seguin, in which hot gases pass from a fire through one or more tubes running through
Fire-tube_boiler
Type of boiler used in early steam equipment
A vertical boiler is a type of fire-tube or water-tube boiler where the boiler barrel is oriented vertically instead of the more common horizontal orientation
Vertical_boiler
Steam boiler powered by vertical fire tubes
A vertical fire-tube boiler or vertical multitubular boiler is a vertical boiler where the heating surface is composed of multiple small fire-tubes, arranged
Vertical_fire-tube_boiler
Small vertical boiler
A vertical boiler with horizontal fire-tubes is a type of small vertical boiler, used to generate steam for small machinery. It is characterised by having
Vertical boiler with horizontal fire-tubes
Vertical_boiler_with_horizontal_fire-tubes
Small, vertical water boiler
A cross-tube boiler was the most common form of small vertical boiler. They were widely used, in the age of steam, as a small donkey boiler, for the independent
Vertical_cross-tube_boiler
Type of furnace generating steam
watertube boiler (also spelled water-tube and water tube) is a type of boiler in which water circulates in tubes heated externally by fire. Fuel is burned
Water-tube_boiler
Type of steam-generating furnace
The Sentinel boiler was a design of vertical boiler, fitted to the numerous steam wagons built by the Sentinel Waggon Works. The boiler was carefully designed
Sentinel_boiler
Type of steam boiler
A thimble tube boiler is a form of steam boiler, usually provided as an auxiliary boiler or heat-recovery boiler. They are vertical in orientation and
Thimble_tube_boiler
Type of water boiler
A Field-tube boiler (also known as a bayonet tube) is a form of water-tube boiler where the water tubes are single-ended. The tubes are closed at one
Field-tube_boiler
water-tube boilers, carrying unheated cold water from the steam drum down to the water drum as part of the circulation path. Drowned tube Either a fire-tube
Glossary_of_boiler_terms
Topics referred to by the same term
electricity transformer Venus Flytrap, a variety of carnivorous plant Vertical fire-tube boiler, a heat-transfer device used in steam engines Very Fast Train
VFT
(1901). Water-tube boilers. p. 38. "One Atmosphere Boiler - Superheated Steam Boiler". Micropyretics Heaters Industrial. Harris, Model Boilers, pp. 63–64
List of boiler types by manufacturer
List_of_boiler_types_by_manufacturer
Spiral water-tube boilers are a family of vertical water-tube boilers. Their steam generating tubes are narrow spiral tubes, arranged in circular fashion
Spiral_watertube_boiler
Compact furnace with two side water drums and one steam drum above
Three-drum boilers are a class of water-tube boiler used to generate steam, typically to power ships. They are compact and of high evaporative power, factors
Three-drum_boiler
American manufacturer of steam cars
generated in a vertical fire-tube boiler mounted beneath the seat with a vaporizing gasoline (later kerosene) burner underneath. The boiler was reinforced
Stanley Motor Carriage Company
Stanley_Motor_Carriage_Company
boiler. Package boilers are commonly called water or fire tube boilers. Water tube boilers use convection heating, which draws the heat from the fire
Package_boiler
Type of boiler
A pulverized coal-fired boiler is an industrial or utility boiler that generates thermal energy by burning pulverized coal (also known as powdered coal
Pulverized_coal-fired_boiler
Obsolete class of water-tube boilers widely used on ships
Yarrow boilers are an important class of high-pressure water-tube boilers. They were developed by Yarrow & Co. (London), Shipbuilders and Engineers and
Yarrow_boiler
Steam locomotive with a boiler that operates at pressures well above normal
operated at 500 psi (3.45 MPa) and the boilers were tested to 1,200 psi (8.27 MPa). The vertical fire-tube boiler was wound with piano wire, and the connecting
High-pressure steam locomotive
High-pressure_steam_locomotive
contemporary boiler, such as the Yarrow. Small examples of the O-type are used as some package boilers. Most package boilers are fire-tube boilers, often used
O-type_boiler
Form of steam-generating furnace
The Stirling boiler is an early form of water-tube boiler, used to generate steam in large land-based stationary plants. Although widely used around 1900
Stirling_boiler
inside the boiler. In some forced circulation boilers, the water is circulated at twenty times the rate of evaporation. In water tube boilers, the way the
Forced_circulation_boiler
Industrial equipment used in pulping
gained early fame with its water tube boilers. The company built and put into service the first black liquor recovery boiler in the world in 1929. This was
Recovery_boiler
Part of a steam engine
pulled through a rack of tubes running through the boiler. In the standard steam locomotive fire-tube boiler, the firebox is surrounded by water, except for
Firebox_(steam_engine)
Low water-content boiler
form of low water-content boiler, similar to a flash steam boiler. The usual construction is as a spiral coil of water-tube, arranged as a single, or
Steam_generator_(boiler)
Type of water tube boiler
the du Temple boiler. These differed from locomotive boilers, also known as "fire tube boilers", in that, whereas the fire tube boiler consisted of a
Reed_water_tube_boiler
Lorry and bus manufacturer
This was followed by a number of undertype steam wagons using a vertical fire-tube boiler. By 1905 they had also begun to build petrol-engined wagons. The
Leyland_Motors
Water-tube boiler used for ship propulsion
The Johnson boiler was the first of the O-type boilers, a class of water-tube boilers characterised by single steam and water drums vertically above each
Johnson_boiler
The Fairbairn-Beeley boiler was a design of fire-tube stationary boiler developed in the late 19th century. It takes its name from its two developers,
Fairbairn-Beeley_boiler
feature of the boiler was that the fire-tubes were entirely submerged. Competing vertical boilers of the period had semi-submerged tubes with their upper
Transverse_boiler
Historic steam launch
restoration process, it was equipped with a steam engine made up of a vertical fire-tube boiler, produced by J.O. Lugg & Son Ltd. Waterlily was maintained as
Waterlily_(Steam_Launch)
Class of Hungarian Mallet-type locomotives
reduce significant boiler scale deposits on the lower fire tube sheets, the number of fire tubes was reduced from 180 to 167 during boiler renovations by
MÁV_Class_601
Small motorboat used in the late-19th-century United States
the downwards air flow in this vertical tube, then the mixed air and fuel is fed to a ring-shaped burner inside the boiler casing. For starting, a hand
Naphtha_launch
Victorian era merry-go-round in Australia
in the world. Steam is raised in a wood-fired vertical fire-tube boiler and supplies a twin-cylinder vertical double-acting steam engine. Mechanical power
Geelong_Carousel
Early experimental locomotive
top, where a tube passed down through the top of the firebox. This firebox construction was not dissimilar to some types of vertical boiler, but this was
Novelty_(locomotive)
Type of heating system
manner of a condensing (gas) boiler. In the earliest and most popular form, wood is gravity-fed into a J-shaped combustion tube, from where the hot gases
Rocket_mass_heater
Decommissioned experimental pressurized water reactor in South Carolina, US
consisted of 36 vertical U-tube fuel channels in a moderator tank which was 10 feet in diameter and 16 feet tall. Each leg of the U-tube contained one fuel
Carolinas–Virginia Tube Reactor
Carolinas–Virginia_Tube_Reactor
on the axle. A vertical fire-tube boiler was mounted at the rear with a polished copper casing over the fire box and chimney, the boiler was enclosed in
History of steam road vehicles
History_of_steam_road_vehicles
Railway locomotive powered by a steam engine
contender have a proper mechanism for reading the boiler pressure, and Stephenson devised a nine-foot vertical tube of mercury with a sight-glass at the top,
Steam_locomotive
Steam locomotive by Robert Stephenson in 1829
so poor draught on the fire. Its arrangement also made tube cleaning impractical. The advantages of the multiple-tube boiler were quickly recognised
Stephenson's_Rocket
Former coal-fired power station in England
condenser and pumped back into the boiler feed system, via the unit evaporator, low and high pressure water tube heaters (after being subjected to bled
High_Marnham_Power_Station
Transparent tube which shows the liquid level in a tank
water gauge is a type of level sensor, a transparent tube through which the operator of a tank or boiler can observe the level of liquid contained within
Sight_glass
Energy recovery heat exchanger that recovers heat from a hot gas stream
categorized into vertical and horizontal types. In horizontal type HRSGs, exhaust gas flows horizontally over vertical tubes whereas in vertical type HRSGs
Heat_recovery_steam_generator
Glossary of the main components of a typical steam locomotive
Receives the hot gases that have passed from the firebox through the boiler tubes and, when the throttle/regulator is open, directs them and steam exhausting
Steam_locomotive_components
"Boiler" operating at supercritical pressure and temperature
generator based on the Benson boiler has operated successfully at the Cottam combined-cycle power plant in central England. The vertical tubing in the combustion
Supercritical_steam_generator
Class of British steam locomotive
immediately and may not have carried its BR number. The superheated vertical water-tube boiler and the engine were similar to those used in Sentinel steam wagons
LNER_Class_Y1
Class of 0-4-0T locomotives
At least one was based at Immingham in 1950. The superheated vertical water-tube boiler and the engine were similar to those used in Sentinel steam wagons
LNER_Class_Y3
Type of wood-fired water heater
Jetstream furnaces (later tempest wood-burning boilers), were an advanced design of wood-fired water heaters conceived by Dr. Richard Hill of the University
Jetstream_furnace
Device used for providing heat in industrial applications
the tubes receive almost all its heat by radiation from the flame. In a vertical, cylindrical furnace, the tubes are vertical. Tubes can be vertical or
Industrial_furnace
Steam engine that is used to power a ship or boat
though the effective pressure on the piston was the difference between the boiler pressure and the vacuum in the condenser. The side-lever engine was a paddlewheel
Marine_steam_engine
Class of English steam locomotive
actually carried it, and was withdrawn in 1952. The superheated vertical water-tube boiler and the motor were similar to those used in Sentinel steam wagons
LNER_Class_Y10
American naval officer and engineer (1844–1919)
Manning designed the "Manning boiler", for which he received a US patent in 1885. It is a vertical fire-tube boiler suitable for use where floor space
Charles_H._Manning_(engineer)
Early British locomotive
fire tube boiler of Rocket, Sans Pareil had a double return flue. To increase the heating surface area, the two flues were joined by a U-shaped tube at
Sans_Pareil
British inventor and mining engineer (1771–1833)
followed by a vertical tubular boiler. In 1830 he invented an early form of storage room heater. It comprised a small fire tube boiler with a detachable
Richard_Trevithick
Component of many steam powered machines
feeds solid fuel like coal, coke or anthracite into the furnace of a steam boiler. It became increasingly common on steam locomotives after 1900 and is also
Mechanical_stoker
Device designed to heat air before another process
manufacture. Tubular preheaters consist of straight tube bundles which pass through the outlet ducting of the boiler and open at each end outside of the ducting
Air_preheater
Plumbing valve
Combination Boiler: Installation and Servicing Instructions". Worcester Bosch. pp. 3, 10, 19. Never test for hydrogen by lighting it on fire!! on YouTube "Do
Automatic_bleeding_valve
Method of heat exchange in which convection drives pumpless circulation
transfer tube mounted at the bottom of the tank to a distribution point — even one mounted above the originating tank — or it can be a vertical closed-loop
Thermosiphon
Thermodynamic process that uses energy sources to heat water
known as unvented cylinders. In the US, when connected to a boiler, they are called indirect-fired water heaters. Compared to tankless heaters, storage water
Water_heating
Engine that uses steam to perform mechanical work
types are: Water-tube boiler Water is passed through tubes surrounded by hot gas. Fire-tube boiler Hot gas is passed through tubes immersed in water
Steam_engine
Steam engine for use on rail tracks
(usually rigidly) to the engine and its boiler. Boiler types varied in these earlier examples, with vertical boilers dominant in the first decade (as a space
Steam_motor
Technique for increasing the temperature of steam to improve steam engine efficiency
called a primary superheater. A separately fired superheater is a superheater that is placed outside the main boiler and has its own separate combustion system
Superheater
Historic site in Queensland, Australia
brick-encased Stirling water tube boiler with flue and chimney base, Marshall steam engine, Walkers steam winch and boiler blow down tank is located in
Johnston's Sawmill Steam Plant
Johnston's_Sawmill_Steam_Plant
US make of steam-powered cars
heated the feedwater contained in vertical grids of tubes welded to horizontal headers. The steam-raising part of the boiler was partitioned off by a wall
Doble_steam_car
Early engine which could be easily moved between work sites
traction engine manufacturers followed this same idea.) This is usually a fire-tube boiler with a locomotive-type firebox. However, some designs (e.g. the Marshall
Portable_engine
Steam boiler design
flattened inwards to form the firebox tubeplate. 54 1.5 in (38 mm) fire-tubes were used. The boiler barrel was cylindrical, but the lower part of the rear end
Pistol_boiler
2017 fatal fire in West London
water as they shared a boiler beneath Grenfell Tower that was destroyed in the fire. On 23 June, police confirmed that the fire had started in a faulty
Grenfell_Tower_fire
Heat exchanger
consisted of an array of vertical cast iron tubes connected to a tank of water above and below, between which the boiler's exhaust gases passed. This
Economizer
Locomotive using a steam turbine
mechanically; it was a C+C-C+C with a Babcock & Wilcox water-tube boiler with automatic controls. The boiler controls were sometimes problematic, and (as with the
Steam_turbine_locomotive
French Navy's Wattignies-class torpedo cruiser
two vertical triple-expansion steam engines, each driving a single propeller shaft, using steam provided by four coal-burning Admiralty boilers at a
French_cruiser_Fleurus
Power plant that generates electricity from heat energy
thermal energy conversion Powership Power station Surface condenser Water-tube boiler Energy portal Manoj Kumar Gupta (2012), "Thermal Power Plant", Power
Thermal_power_station
Russian Ekaterina II-class battleship
between 1899 and May 1904 with 20 new Belleville water-tube boilers, but the ship suffered a boiler explosion in 1903 that left seven sailors badly burned
Russian_battleship_Sinop
Soviet destroyers built 1936–1942
machinery (four boilers instead of three), a strengthened hull and reduced fuel capacity. The anti-aircraft guns were repositioned to improve firing arcs. The
Storozhevoy-class_destroyer
Physical phenomenon
{{D}_{o}}} is the outside diameter of the tube. The correlation constant C is 0.62 for horizontal cylinders and vertical plates, and 0.67 for spheres. Vapor
Leidenfrost_effect
Steam-powered tugboat
cylindrical boiler measures 9.5 feet (2.9 m) by 10.25 feet (3.12 m), with two Morrison furnaces connecting to a combustion chamber at the rear. The fire tubes pass
Baltimore_(tug)
French armoured cruiser
the centre shaft. Steam for the engines was provided by 11 Amirauté fire-tube boilers and they were rated at a total of 14,000 metric horsepower (10,000 kW)
French_cruiser_Dupuy_de_Lôme
Borodino-class pre-dreadnought
two 4-cylinder vertical triple expansion steam engines, each driving one 4-bladed propeller, with twenty Belleville water-tube boilers providing steam
Russian_battleship_Slava
French WW II-era heavy cruiser
heating boilers which produced a pressure of 27 kg/cm2 (380 psi) at 325 degrees Celsius (617 degrees Fahrenheit). She would ship six vertical small tube boilers
French_cruiser_Algérie
British Pelorus-class protected cruiser
3-cylinder vertical triple-expansion steam engines, each driving one propeller shaft. Steam was supplied by 16 coal-fired Blechynden water-tube boilers. The
HMS_Pomone_(1897)
Type of heating system
heat generation involves the combustion of fossil fuel in a furnace or boiler. In much of the temperate climate zone, most detached housing has had central
Central_heating
Equipment used to transfer heat between fluids
U-Tube Condensers Kettle Reboiler Stack Type Heat Exchanger Evaporator Heat exchangers using a two-phase heat transfer system are condensers, boilers and
Heat_exchanger
cylinders, still vertical, face downwards directly onto the crankshaft. By the time of Stephenson's Rocket, particularly as the new fire-tube boiler locomotives
Return_connecting_rod_engine
Two power stations, the coal-fired station closed in 2019
of the station. The four 500 MW boilers at Cottam power station were manufactured by John Thompson Water Tube Boilers Limited, in conjunction with Clarke
Cottam_power_stations
British steam locomotive built in 2008
the boiler passed its first steam test in a series of tests carried out by an external boiler inspector. For the test, the fire was lit and the boiler was
LNER Peppercorn Class A1 60163 Tornado
LNER_Peppercorn_Class_A1_60163_Tornado
Evolution of steam power beyond mainstream mid-20th-century implementations
Air 2000 biplane. In the UK, Sentinel Waggon Works developed a vertical water-tube boiler running at 275 psi (1.90 MPa) which was used in road vehicles
Advanced_steam_technology
Steam-powered haulage engine
under the boiler, usually between the frames of the chassis. The boiler was usually mounted well forward and was often a vertical and/or water tube type.
Traction_engine
Dreadnought battleship class of the United States Navy
such a layout. They also introduced three-gun turrets and oil-fired water-tube boilers to the US fleet. The two Nevadas were the progenitors of the standard-type
Nevada-class_battleship
Seguin tubular steam locomotive (1829)
in multiple 'fire tubes' passing through the heating body, significantly increasing the thermal exchange surface and efficiency. The boiler produced 1,200 kg
Locomotive_Seguin
Armament: 96 cell vertical launch system for SM-2, SM-3, SM-6, quad-packed ESSM, Tomahawk, or VL-Asroc; 1 × 5-inch DP gun; 6 × Mk 46 torpedo tubes Propulsion:
List of destroyer classes in service
List_of_destroyer_classes_in_service
Class of battleships of the British Royal Navy
phase of the action against Bismarck, Rodney fired a pair of 24.5-inch torpedoes from her port-side tube and claimed one hit. According to Ludovic Kennedy
Nelson-class_battleship
Model that is used to predict the performance of steam turbine systems
professor at Glasgow University. Heat energy is supplied to the system via a boiler where the working fluid (typically water) is converted to a high-pressure
Rankine_cycle
Preserved beam engine in Devon, England
140 feet (43 m). This first engine was working by 1715. It had "a copper boiler, a brass steam barrel (cylinder) and piston, two pit barrels of pott metal
Newcomen_Memorial_Engine
Metal container used to heat and boil water
use electricity to heat water in a manner similar to an electric water boiler. A Samovar is typically made of iron, copper, polished brass, bronze, silver
Samovar
Ventilation for hot gases or smoke
by a boiler, stove, furnace, incinerator, or fireplace from human living areas. Chimneys are typically vertical, or as near as possible to vertical, to
Chimney
Class of Royal Navy battlecruisers
turbines were powered by twenty-four Yarrow small-tube boilers equally divided between four boiler rooms. They were designed to produce a total of 144
Admiral-class_battlecruiser
Tall habitable building
Vertical supports can come in several types, among which the most common for skyscrapers can be categorized as steel frames, concrete cores, tube within
Skyscraper
Battleship class of the German Imperial Navy
fire over weight of shell. The Kaiser Friedrich III class also standardized the use of three screws for battleships and introduced water-tube boilers
Kaiser Friedrich III-class battleship
Kaiser_Friedrich_III-class_battleship
material is flammable). Boiler explosions are not listed here, see List of boiler explosions. Note, however, that not all boiler explosions are BLEVEs,
List of boiling liquid expanding vapor explosions
List_of_boiling_liquid_expanding_vapor_explosions
Historic former fire station in Los Angeles, California
wagon, chief's buggy, and a pumper that used a vertical tube boiler. Its first major call was a fire in the Byrne Building that took ten hours to extinguish
Fire Station No. 23 (Los Angeles, California)
Fire_Station_No._23_(Los_Angeles,_California)
Steam-powered truck for carrying freight
commonly used boiler was some form of vertical water tube boiler - the most widespread example being the Sentinel boiler. Both forms were built in parallel
Steam_wagon
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VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
VERTICAL FIRE-TUBE-BOILER
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