Introduction | Historical Background | Chronology | Geography | Biography | Technology | Ownership and Financing | General Bibliography |
Technology | Cast Iron Pipe | Cast Iron Pipe List |
Year | # | City | State | Length
(Feet) |
Size (inches) | Manufacturer | Remarks |
1796 | Philadelphia | PA | The President and Managers of the Delaware and Schuylkill Canal advertised for cast-iron pipe "to supply the City of Philadelphia with water." | ||||
1799 | 1 |
New York City | NY | 400 |
7 |
"cost 3
dollars per foot, including the putting down." |
|
1801 | 2 |
Philadelphia | PA | 84 |
6 |
Robeson & Paul,
Philadelphia merchants who were running the Weymouth Furnace at
Atsion, N. J. |
"Directions have been
given to place these pipes, fourteen in number, each six feet long,
under the greatest pressure of the water, in order to prove a method
of securing their joints, which it is supposed will be substantial,
and cheaper than the common mode." Cost of pipe was $1.53 per
foot. Wider use of iron pipe was recommended in 1818 and a summary of wood and iron pipes installed each year from 1801 through 1854 is included in the 1875 Annual Report of the Chief Engineer. |
1807 | 3 | Baltimore | MD | 2½ to 6 |
Samuel Hughes, who had
bought the Principio Furnace in 1785. |
"contracted in June, 1805,
with Samuel Hughes, of Harford County, for a supply of cast-iron
pipes ranging from two and a half to six inches, at from sixty-five
dollars to eighty dollars per ton/" By 1829 30,530 feet of
iron pipes had been installed. |
|
1813 | 4 | Albany | NY | 3 miles? |
6 |
Holley & Coffing,
Salisbury, Connecticut |
"a bore of six inches
diameter, three feet in length, and five eights of an inch thick" "conveyed in a six-inch pipe for a distance of about three miles" Replaced wood logs. |
1813 | 5 | Bethlehem | PA | ||||
1819 | 6 | New Orleans | LA | 8 | Suction pipe for steam engine | ||
1820 | 7 | Cincinnati | OH | 700? |
Approximately 700 feet from pump to reservoir |
||
1821 | 8 | Reading | PA | ||||
1821 | 9 | Columbia | SC | 1¼ miles |
2 to 9 inches |
May have been supplied by Messrs. Galloway and Bowman of
Manchester, England, who also built the steam engine. |
900 feet of 8 inch pipe from pump to reservoir, 1¼ miles laid by 1821, l7,654 feet by 1823, and 6 miles by 1828. No wood pipes were used. |
1822 | 10 | Boston | MA | 3,150 |
8 |
3,150 feet of 8-inch cast
iron pipe were installed in 1822. Additional cast-iron pipes
were installed in 1840, and by 1845 a total of five miles of
cast-iron pipe was in place. |
|
1822 | 11 | Columbia | TN | 1822 Spring - Mr. Durant lays first iron pipe for water supply from Whites Spring to Columbia town Square. | |||
1823 | 12 | Washington | DC | 1,700 |
3 & 4 |
"About 360 feet running measure to have a bore of 4 inches
diameter, and the remainder, about 1340 feet, to have a bore of two
and a quarter inches diameter." |
|
1824 | 13 | Wilmington | DE | 3,000 |
3 |
Samuel Wright |
|
1826 | 14 | Frederick | MD | Catoctin Furnace |
|||
1828 | 15 | Newark | NJ | Samuel Wright |
|||
1828 | 16 | Allentown | PA | ||||
1828 | 17 | Pittsburgh | PA | 2,439 |
15 |
||
1829 | 18 | Columbia | PA | those made of iron put in their place, at an expense of between
three and four thousand dollars. |
|||
1829 | 19 | Lynchburg | VA | The water is raised from a pump-house, on the margin of the river, to a reservoir, 245 feet above the surface of the water in the river, a distance of 2000 feet! The pump is a double forcing pump—diameter of the pump barrel, nine inches—it operates with a stroke of the piston, of four and a half inches—by a breast water wheel, 17 1-2 feet diameter; length of buckets, 8 feet. Under a useful head of water of 7 feet 9 inches, and fall of 2 feet 6 inches, the water is raised thro' cast-iron pipes 7 inches in diameter from a quarter to three-quarters of an inch thick, varying according to the degree of pressure they have to sustain. | |||
1829 | 20 | Winchester | VA | Pipes were delivered from Philadelphia. | |||
1830 | 21 | Detroit | MI | Three-inch iron pipe from pumping engine
to reservoir. |
|||
1832 | 22 | Fredericksburg | VA | ||||
1832 | 23 | St. Louis | MO | 7,000 |
4 & 6 |
Anthony W. Vanleer's Cumberland Furnace |
Messrs. Vanleer and Co. for a further supply of iron pipe; and the
city, is by that contract, responsible for 2,000 feet of six-inch
iron pipe, and 5,000 feet of iron pipe four inches in diameter |
1832 | 24 | Richmond | VA | 2,400 |
8 |
Samuel and Thomas S. Richards of Philadelphia |
The cast iron main from the pumps to the reservoir, is 2,400 feet long, 8 inches diameter and for 450 feet from the pump is ¾ of an inch thick, and for the remaining distance of 1,950 feet to the reservoir is only 9-16 of an inch in thickness. |
1833 | 25 | Pleasant Hill | KY | ||||
1833 | 26 | Nashville | TN | Iron pipes were laid from the reservoir to Broad Street, and up Second Avenue to the Square. The system was built by twelve Negro slaves bought by the city. | |||
1834 | 27 | Salem | MA | 6 | From North Street down Essex Street as far as Newbury Street. | ||
1834 | 28 | Easton | PA | ||||
1834 | 29 | Wheeling | WV | ||||
1836 | 30 | Mobile | AL | 3 | |||
1836 | 31 | Pottsville | PA | 3,500 | 6 | Eckert and Guilford | Also 700 feet of 4 inch pipe |
1837 | 32 | Huntsville | AL | 5 |
|||
1837 | 33 | South Union | KY | 1,650 |
"the water was pumped through 'cast metal aqueducts,' into a
cistern about 100 rods away.' |
||
1837 | 34 | Steubenville | OH | 4,000 |
8 |
||
1837 | 35 | Lancaster | PA | 3,800 |
8 |
||
1839 | 36 | Frankfort | KY | ||||
1840 | 37 | Rochester | NY | 6 | Installed by A. J. Langworthy | ||
1840 | 38 | York | PA | 11,436 | 3 to 7 | Small and Geiger, now Smyser-Royer Company | Prices from $0.37½ to $1.10 per foot |
1841 | 39 | Hudson | NY | ||||
1841 | 40 | Harrisburg | PA | 31,613 | 4 to 12 | Ellicott & Brothers | Cost $40,253.74 "including lead and freight" |
1841 | 41 | West Chester | PA | ||||
1842 | 42 | Haverhill | MA | 6 | The town paid the additional cost of installing a 6 inch pipe over the 5 inch pipe proposed by the company. | ||
1842 | 43 | Zanesville | OH | ||||
1843 | 44 | Burlington | NJ | ||||
1845 | 45 | Leesburg | VA | ||||
1846 | 46 | Canterbury | NH | Shaker Community | |||
1846 | 47 | Geneva | NY | ||||
1848 | 48 | Akron | OH | Akron Cold Spring Water Company |
|||
1848 | 49 | Norristown | PA | 1,450 |
20 |
||
1849 | 50 | Berwick | PA | ||||
1850 | 51 | Ithaca | NY | ||||
1850 | 52 | Burlington | VT | "They have threaded our streets with iron conductors." |
|||
1852 | 53 | Buffalo | NY | Rossie Iron Works in Ogdensburgh |
George Parish, who owned the Rossie Iron Works in Ogdensburgh,
also took $125,000 in stock, for which he provided the iron pipes
for the water system. 31 miles of pipe installed by
1860. |
||
1852 | 54 | Alexandria | VA | 3,968 |
Iricks & Co., Lumberton NJ | 4 to 10 inches diameter |
|
1854 | 55 | Sacramento | CA | Glasgow | Purchased by George Gordon of the Vulcan Iron Works, in anticipation of the city building water works. | ||
1854 | 56 | Savannah | GA | 19 miles |
Glasgow? |
||
1854 | 57 | Chicago | IL | 8 ¾ miles |
Messrs. Chollar, Sage & Dunham, West Troy, NY |
Average price $44.50 per ton, delivered to Chicago |
|
1854 | 58 | Frostburg | MD | ||||
1854 | 59 | Jersey City | NJ | ||||
1854 | 60 | Bedford | PA | ||||
1854 | 61 | Carlisle | PA | ||||
1856 | 62 | Bordentown | NJ | ||||
1856 | 63 | Cleveland | OH | ||||
1856 | 64 | Pittston | PA | ||||
1857 | 65 | Petersburg | VA | ||||
1858 | 66 | Attica | IN | ||||
1858 | 67 | Hillsboro | VA | ||||
1858 | 68 | Rutland | VT | ||||
1859 | 69 | Altoona | PA | ||||
1859 | 70 | Nazareth | PA | ||||
1860 | 71 | Louisville | KY | ||||
1860 | 72 | Williamstown | MA | ||||
1860 | 73 | Kalamazoo | MI | 1,000 | 3 | ||
1860 | 74 | Flemington | NJ | ||||
1861 | 75 | Augusta | GA | ||||
1862 | 76 | Portland | OR | ||||
1865 | 77 | Chattanooga | TN | England? | System built by the Union Army with several miles of cast-iron pipe |
© 2017 Morris A. Pierce