Fireman (steam engine)

Last updated
A fireman or stoker, sometimes called a "boilerman" Boiler man.jpg
A fireman or stoker, sometimes called a "boilerman"

A fireman, stoker or boilerman, is a person whose occupation it is to tend the fire for the running of a boiler, heating a building, or powering a steam engine. Much of the job is hard physical labor, such as shoveling fuel, typically coal, into the boiler's firebox. [1] On steam locomotives the title fireman is usually used, while on steamships and stationary steam engines, such as those driving saw mills, the title is usually stoker (although the British Merchant Navy did use fireman). The German word Heizer is equivalent and in Dutch the word stoker is mostly used too. The United States Navy referred to them as watertenders.

Contents

Nautical

Royal Navy

Stokers in the boiler room on board HMT Stella Pegasi, Scapa Flow, 6 June 1943 Stokers in the boiler room on board HMT STELLA PEGASI, Scapa Flow, 6 June 1943. A17189.jpg
Stokers in the boiler room on board HMT Stella Pegasi, Scapa Flow, 6 June 1943

The Royal Navy used the rank structure stoker 2nd class, stoker 1st Class, leading stoker, stoker petty officer and chief stoker. The non-substantive (trade) badge for stokers was a ship's propeller. Stoker remains the colloquial term used to refer to a marine engineering rating, despite the decommissioning of the last coal-fired naval vessel many years ago.[ when? ][ citation needed ]

Large coal-fueled vessels also had individuals working as coal trimmers, who delivered coal from the coal bunkers to the stokers. They were responsible for all coal handling with the exception of the actual fueling of the boilers.[ citation needed ]

Royal Canadian Navy

The Royal Canadian Navy had coal-fired ships, the last of which were replenishment ships. All marine engineers in the RCN, regardless of their platform (CPF, 280 or AOR)[ clarification needed ] are nicknamed stokers.[ citation needed ]

United States Navy

In the United States Navy, watertender (abbreviated WT) was a petty officer rating which existed from 1884 to 1948. Watertenders held a paygrade equivalent to today's petty officer first class. A chief watertender (CWT) paygrade was established in 1903. In 1921, the lower paygrade was split into watertender first class (WT1 or WT1c) and watertender second class (WT2 or WT2c). Another lower paygrade, watertender third class (WT3 or WT3c), was established in 1943. The watertender and boilermaker ratings were merged into a new "Boilerman" rating in 1948 and continued to 1976 when the rating was changed to "Boiler Technician" and subsequently merged into the "Machinist's Mate" rating in 1996. [2] [3] [4]

Railways

A fireman working on a German Class 52 steam locomotive Baureihe52Heizer.jpg
A fireman working on a German Class 52 steam locomotive

On steam locomotives, firemen were not usually responsible for initially preparing locomotives and lighting their fires. As a locomotive boiler takes several hours to heat up, and a too-rapid fire-raising can cause excess wear on a boiler, this task was usually performed by fire lighters working some hours before the fireman's main shift started. Only on small railways, or on narrow-gauge locomotives with smaller and faster-warming boilers, was the fire lit by the fireman.[ citation needed ]

A fireman refills the water tank of a steam locomotive. Fireman refilling water tank on Dixiana.jpg
A fireman refills the water tank of a steam locomotive.

Whoever was responsible for fire-starting would clear the ash from the firebox ashpan prior to lighting the fire, adding water to the engine's boiler, making sure there is a proper supply of fuel for the engine aboard before starting journeys, starting the fire, raising or banking the fire as appropriate for the amount of power needed along particular parts of the route, and performing other tasks for maintaining the locomotive according to the orders of the engineer (US) or driver (UK). The engine itself was cleaned by an engine cleaner instead of the fireman. [1] Some firemen served these duties as a form of apprenticeship, aspiring to be locomotive engineers themselves. In the present day, the position of fireman still exists on the Union Pacific Railroad, but it refers to an engineer in training. The fireman may operate the locomotive under the direct supervision of the engineer. When the fireman is not operating the locomotive, the fireman assists the engineer and monitors the controls. [5]

Mechanical stoker

A mechanical stoker is a device which feeds coal into the firebox of a boiler. It is standard equipment on large stationary boilers and was also fitted to large steam locomotives to ease the burden of the fireman. The locomotive type has a screw conveyor (driven by an auxiliary steam engine) which feeds the coal into the firebox. The coal is then distributed across the grate by steam jets, controlled by the fireman. Power stations usually use pulverized coal-fired boilers.[ citation needed ]

Notable stokers

Vladimir Lenin, disguised as Konstantin Petrovich Ivanov, escaped to Finland in 1917 on train 293 from Udelnaya Station. Hugo Jalava, a co-conspirator and the train's driver, helped to further conceal Lenin by having him work as his stoker. Jalava later recalled that Lenin shovelled with gusto as he fed the engine, making the train run fast. [6]

There were approximately 176 stokers on board the coal-fed ocean liner RMS Titanic . During the sinking of the ship, these men disregarded their own safety and stayed below deck to keep the steam-driven electric generators running for the radiotelegraph, lighting, and water pumps. [7] [8] [9] Only 48 of them survived. [10]

Simeon T. Webb was the fireman on the Cannonball Express when it was destroyed in the legendary wreck that killed engineer Casey Jones. Jones's last words were "Jump, Sim, jump!" and Webb did jump, survived, and became a primary source for information about the famous wreck. [11] [12]

KFC founder Colonel Sanders worked as a railroad stoker when he was 16 or 17. [13]

A 14-year-old Martin Luther King Sr. worked as a fireman on the Atlanta railroad. [14]

Art

Engineers and stokers of a ploughing engine on Heritage Day Dampfpflug-Mannschaft.jpg
Engineers and stokers of a ploughing engine on Heritage Day

Events

Film

Literature

Music

Notes

  1. A stoker shovelled coal into the furnaces of the boilers. A trimmer worked in the coal bunkers, bringing more coal forward as the nearer coal was used by the stokers. A boilerman was a more skilled role, with some responsibility for managing the operation of the boiler.

Related Research Articles

<span class="mw-page-title-main">Engine department</span> Organizational unit aboard a ship

An engine department or engineering department is an organizational unit aboard a ship that is responsible for the operation, maintenance, and repair of the propulsion systems and the support systems for crew, passengers, and cargo. These include the ship engine, fuel oil, lubrication, water distillation, separation process, lighting, air conditioning, and refrigeration.

<span class="mw-page-title-main">Steam locomotive</span> Railway locomotive that produces its pulling power through a steam engine

A steam locomotive is a locomotive that provides the force to move itself and other vehicles by means of the expansion of steam. It is fuelled by burning combustible material to heat water in the locomotive's boiler to the point where it becomes gaseous and its volume increases 1,700 times. Functionally, it is a steam engine on wheels.

<span class="mw-page-title-main">Tender (rail)</span> Steam locomotive fuel and water tank container

A tender or coal-car is a special rail vehicle hauled by a steam locomotive containing its fuel and water. Steam locomotives consume large quantities of water compared to the quantity of fuel, so their tenders are necessary to keep them running over long distances. A locomotive that pulls a tender is called a tender locomotive. Locomotives that do not have tenders and carry all their fuel and water on board the locomotive itself are called tank locomotives or tank engines.

RMS <i>Mauretania</i> (1906) Running mate of Lusitania

RMS Mauretania was an ocean liner designed by Leonard Peskett and built by Wigham Richardson and Swan Hunter on the River Tyne, England for the British Cunard Line, launched on the afternoon of 20 September 1906. She was the world's largest ship until the launch of RMS Olympic in 1910. Mauretania captured the eastbound Blue Riband on the maiden return voyage in December 1907, then claimed the westbound Blue Riband for the fastest transatlantic crossing during her 1909 season. She held both speed records for 20 years.

<span class="mw-page-title-main">BR Standard Class 9F</span> Class of 251 two-cylinder 2-10-0 locomotives

The British Railways Standard Class 9F2-10-0 is a class of steam locomotive designed for British Railways by Robert Riddles. The Class 9F was the last in a series of standardised locomotive classes designed for British Railways during the 1950s, and was intended for use on fast, heavy freight trains over long distances. It was one of the most powerful steam locomotive types ever built for British Railways, and successfully performed its intended duties. The 9F class was given the nickname of 'Spaceship', due to its size and shape.

<span class="mw-page-title-main">Steam locomotive components</span> Glossary of the main components of a typical steam locomotive

Main components found on a typical steam locomotive include:

<span class="mw-page-title-main">Firebox (steam engine)</span> Part of a steam engine

In a steam engine, the firebox is the area where the fuel is burned, producing heat to boil the water in the boiler. Most are somewhat box-shaped, hence the name. The hot gases generated in the firebox are pulled through a rack of tubes running through the boiler.

<span class="mw-page-title-main">Erie L-1</span>

The three L-1 0-8-8-0 Mallet-type steam locomotives of the Erie Railroad, built in July 1907 by ALCO, and numbered 2600, 2601 and 2602 ; were unique in that they were the only articulated camelback locomotives ever built.

<span class="mw-page-title-main">Camelback locomotive</span> Type of locomotive

A camelback locomotive is a type of steam locomotive with the driving cab placed in the middle, astride the boiler. Camelbacks were fitted with wide fireboxes which would have severely restricted driver visibility from the normal cab location at the rear.

The Wootten firebox is a type of firebox used on steam locomotives. The firebox was very wide to allow combustion of anthracite waste, known as "culm". Its size necessitated unusual placement of the crew, examples being camelback locomotives. The Wootten firebox made for a free-steaming, powerful locomotive, and the cheap fuel burned almost smokelessly; the combination made for an excellent passenger locomotive, and many camelbacks operated in this service.

<span class="mw-page-title-main">Oil burner (engine)</span> Steam engine that uses oil as fuel

An oil burner engine is a steam engine that uses oil as its fuel. The term is usually applied to a locomotive or ship engine that burns oil to heat water, to produce the steam which drives the pistons, or turbines, from which the power is derived.

<span class="mw-page-title-main">Coal trimmer</span> Worker who evenly distributes coal in ships

A coal trimmer or trimmer is a position within the engineering department of a coal-fired steamship that involves all coal handling duties. Their main task is to ensure that coal is evenly distributed within a ship to ensure it remains trim in the water. Their efforts to control the fore-and-aft angle at which a ship floats is why they are called “trimmers”. Without proper management of the coal bunkers, ships could easily list due to uneven distribution of the coal.

Crew of the <i>Titanic</i> Crew of liner that sank in April 1912

The crew of the Titanic were among the estimated 2,240 people who sailed on the maiden voyage of the second of the White Star Line's Olympic-class ocean liners, from Southampton, England, to New York City in the United States. Halfway through the voyage, the ship struck an iceberg and sank in the early morning of 15 April 1912, resulting in the deaths of over 1,500 people, including approximately 688 crew members.

<span class="mw-page-title-main">Pennsylvania Railroad L1 class</span> Class of 574 American 2-8-2 locomotives

Pennsylvania Railroad Class L1s were 2-8-2 "Mikado"-type steam locomotives that were used on the Pennsylvania Railroad during the early twentieth century. These 574 locomotives were manufactured between 1914 and 1919 by the railroad's own Juniata Shops as well as the Baldwin Locomotive Works (205) and the Lima Locomotive Works (25).

<span class="mw-page-title-main">Mechanical stoker</span>

A mechanical stoker is a mechanical system that feeds solid fuel like coal, coke or anthracite into the furnace of a steam boiler. They are common on steam locomotives after 1900 and are also used on ships and power stations. Known now as a spreader stoker they remain in use today especially in furnaces fueled by wood pellets or refuse.

<span class="mw-page-title-main">Vertical boiler</span>

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 boilers were used for a variety of steam-powered vehicles and other mobile machines, including early steam locomotives.

<span class="mw-page-title-main">Norfolk and Western M Class</span>

The Norfolk and Western M, M1 and M2 Classes were a series of 4-8-0 steam locomotives owned and operated by the Norfolk and Western Railway (N&W). The M Classes were primarily assigned to pull the N&W's mainline freight trains, but following the introduction of the railway's Y Class 2-8-8-2's, the M Classes were reassigned to short line freight service.

Córas Iompair Éireann No. CC1, generally known as the Turf Burner, was a prototype 0-6-6-0 articulated steam locomotive designed by Oliver Bulleid to burn turf and built at CIÉ's Inchicore Works in Dublin. CC1 shared some, but not all, of the characteristics of Bulleid's previous attempt to develop a modern steam locomotive, the Leader. Like the one completed Leader, CC1 had a relatively short career and was never used in front-line service. It was the last steam locomotive to be constructed for an Irish railway.

The South African Railways Class MG 2-6-6-2 of 1911 was a steam locomotive from the pre-Union era in Transvaal.

Saving The Titanic, aired in Germany as Die Helden der Titanic, is 2012 Irish-German television docudrama directed by Maurice Sweeney, and written by Colin Heber-Percy and Lyall Watson. Unlike most films and series depicting the ship's passengers and senior crew, Saving the Titanic dramatizes the engineers and the boiler room crew who kept the furnaces and generators running as the Titanic sank, facilitating the survival of others.

References

  1. 1 2 "Little and Often" 1947 training video on YouTube. Firing A Steam Locomotive, 1947 Educational Documentary for WDTV LIVE42, West Virginia.
  2. "Water tender". The Free Dictionary. Retrieved February 2, 2010.
  3. "Enlisted Ratings in U.S. Navy, 1775-1969". Naval History & Heritage Command . May 19, 1999. Archived from the original on September 16, 2012. Retrieved February 2, 2010.
  4. "Boiler Technician, Machinist's Mate Ratings to Merge" (PDF). Navy.mil. U.S. Navy. Retrieved 2009-01-19.
  5. "UP:Past and Present Job Descriptions".
  6. Miéville, China (2017). October : the story of the Russian Revolution. Verso. pp. Chapter 8. ISBN   978-1784782788. OCLC   987423968.
  7. Gill, Anton (2010). Titanic : the real story of the construction of the world's most famous ship. Channel 4 Books. p. 148. ISBN   978-1-905026-71-5.
  8. "Titanic Sinking Engine Room Heroes". gendisasters.com.
  9. "Titanic". UCO.es. p. 1.
  10. Crew of the RMS Titanic#Engineering crew
  11. "The Historic Casey Jones Home & Railroad Museum in Jackson, Tennessee – Celebrating 50 Legendary Years! 1956-2006". Casey Jones Home & Railroad Museum. Archived from the original on May 28, 2006. Retrieved June 28, 2016.
  12. Hubbard, Freeman (1945). Railroad Avenue. McGraw Hill.
  13. Sanders, Harland (2012). The Autobiography of the Original Celebrity Chef (PDF). Louisville: KFC. ISBN   978-0-9855439-0-7. Archived from the original (PDF) on September 21, 2013. Retrieved October 1, 2013.
  14. King Sr., Reverend Martin Luther (1980). Daddy King. Boston, Massachusetts: Beacon Press. pp. 42–45. ISBN   9780807097762.
  15. Hugill, Stan in Spin, The Folksong Magazine, Volume 1, # 9, 1962.

Further reading