David Melville (inventor)

Last updated
Diagram of Double gas apparatus at Newport Light House, from David Melville's 1817-1818 Meteorological Diary Diagram of Double gas apparatus at Newport Light House, from David Melville's 1817-1818 Meteorological Diary - Newport Historical Society.jpg
Diagram of Double gas apparatus at Newport Light House, from David Melville’s 1817-1818 Meteorological Diary
Letter from David Melville to Thomas Jefferson, Monticello, Virginia, January 23, 1822 Letter signed David Melville, Washington City, to Thomas Jefferson, Monticello, Virginia, January 23, 1822.jpg
Letter from David Melville to Thomas Jefferson, Monticello, Virginia, January 23, 1822

David Melville (March 21, 1773 - September 3, 1856) was an American inventor, credited with the first gas street lighting in America, and the first American patent for gas lighting.

Melville was born in Newport, Rhode Island to David and Mary (West) Melville. He was apparently able to light both his house and his street with gas by 1805-1806, using hydrogenous gas made by burning coal and wood. In 1876 the American Gas Light Journal stated that "in 1806 he had so far succeeded that he was enabled to light more than twenty rooms on his premises; by means of a large lantern he lighted Pelham street as it had never been lighted before." In 1916, Walton Clark stated:

The first recorded instance of the use of gas for domestic illumination in the United States fixes the date at 1806. In that year David Melville of Newport, R.I., lighted his house and the street in front it with gas manufactured upon his premises. This was one year before the first public gas lighting venture in England....

He maintained the lights in his home until 1817. His feat was considerably ahead of the commercial gas industry, as gas lighting began regular service in Newport in 1853, nearly fifty years after Melville's demonstrations.

Melville was granted the first American gas light patent on March 24, 1810, and a subsequent patent on March 18, 1813, but neither is still extant as the U.S. Patent Office and all its records and models were destroyed by fire on December 15, 1836. (Like all U.S. patents before 1836, they were unnumbered.) A drawing and detailed description of Melville's Improved Gas Apparatus, presumably reflecting the 1813 patent, may be seen in an 1814 letter from Benjamin Silliman, Professor of Chemistry at Yale College, to David Melville, Patentee of the Improved Gas Apparatus, as recorded in The Journal of Foreign Medical Science and Literature. Likewise, both the diagram and text of the second patent are included in Thomas Cooper's book, published in 1816. This apparatus produced gas from coal. Its description states that about 40 pounds of coal would produce enough gas for 3 hours of lighting at a brightness equivalent to 50 candles.

Melville married Patience S. Sherman (1791-1880) on March 4, 1812, and had six children. Late in that year, he hired the brass founders Otis Chaffee and Joseph Lyon to make gas machinery and ornamental fixtures. After partnering with Captain Winslow Lewis, de facto "Superintendent for lighting the United States light houses," they began manufacturing gas equipment in Boston. By June 5, 1813, an advertisement indicated that gas lights had been installed at a cotton factory in Watertown, Massachusetts, apparently with Melville's equipment. On November 13, 1813, a second installation was completed in the Wenscott Manufacturing Co.'s factory near Providence, Rhode Island. A later installation, at the Arkwright Mill near Providence exploded, destroying a small out-building and killing the watchman.

In 1817, Melville received a one-year contract from the U.S. Government for a trial of gas in the Beavertail Lighthouse near Newport, but lobbying from whale oil suppliers killed the contract after one year. From 1824-1835, he served as weigher and gauger in the custom-house at Newport, but was removed from that office for political reasons by the new Collector of Customs, William Littlefield.

Ultimately, Melville's work was not a commercial success.

Related Research Articles

<span class="mw-page-title-main">Oliver Hazard Perry</span> United States naval commander (1785–1819)

Oliver Hazard Perry was an American naval commander, born in South Kingstown, Rhode Island. A prominent member of the Perry family naval dynasty, he was the son of Sarah Wallace Alexander and United States Navy Captain Christopher Raymond Perry, and older brother of Commodore Matthew C. Perry.

<span class="mw-page-title-main">Arc lamp</span> Lamp that produces light by an electric arc

An arc lamp or arc light is a lamp that produces light by an electric arc.

<span class="mw-page-title-main">Samuel Morey</span> American inventor

Samuel Morey was an American inventor, who worked on early internal combustion engines and was a pioneer in steamships who accumulated a total of 20 patents.

<span class="mw-page-title-main">Friedrich Accum</span> German chemist and popularizer of science (1769–1838)

Friedrich Christian Accum or Frederick Accum was a German chemist, whose most important achievements included advances in the field of gas lighting, efforts to keep processed foods free from dangerous additives, and the promotion of interest in the science of chemistry to the general populace. From 1793 to 1821 Accum lived in London. Following an apprenticeship as an apothecary, he opened his own commercial laboratory enterprise. His business manufactured and sold a variety of chemicals and laboratory equipment. Accum, himself, gave fee-based public lectures in practical chemistry and collaborated with research efforts at numerous other institutes of science.

<span class="mw-page-title-main">Lewis Howard Latimer</span> African American inventor (1848–1928)

Lewis Howard Latimer was an American inventor and patent draftsman. His inventions included an evaporative air conditioner, an improved process for manufacturing carbon filaments for light bulbs, and an improved toilet system for railroad cars. In 1884, he joined the Edison Electric Light Company where he worked as a draftsman. The Lewis H. Latimer House, his landmarked former residence, is located near the Latimer Projects at 34-41 137th Street in Flushing, Queens, New York City.

<span class="mw-page-title-main">Street light</span> Raised source of light beside a road or path

A street light, light pole, lamp pole, lamppost, street lamp, light standard, or lamp standard is a raised source of light on the edge of a road or path. Similar lights may be found on a railway platform. When urban electric power distribution became ubiquitous in developed countries in the 20th century, lights for urban streets followed, or sometimes led.

<span class="mw-page-title-main">Gas lighting</span> Type of artificial light

Gas lighting is the production of artificial light from combustion of a fuel gas such as methane, propane, butane, acetylene, ethylene, hydrogen, carbon monoxide, coal gas or natural gas. The light is produced either directly by the flame, generally by using special mixes of illuminating gas to increase brightness, or indirectly with other components such as the gas mantle or the limelight, with the gas primarily functioning as a heat source for the incandescence of the gas mantle or lime.

<span class="mw-page-title-main">Gas holder</span> Large container for storing gaseous fuel

A gas holder or gasholder, also known as a gasometer, is a large container in which natural gas or town gas is stored near atmospheric pressure at ambient temperatures. The volume of the container follows the quantity of stored gas, with pressure coming from the weight of a movable cap. Typical volumes for large gas holders are about 50,000 cubic metres (1,800,000 cu ft), with 60-metre-diameter (200 ft) structures.

In industrial chemistry, coal gasification is the process of producing syngas—a mixture consisting primarily of carbon monoxide (CO), hydrogen, carbon dioxide, methane, and water vapour —from coal and water, air and/or oxygen.

<span class="mw-page-title-main">Carbide lamp</span> Acetylene-burning lamps

A Carbide lamp or acetylene gas lamp is a simple lamp that produces and burns acetylene (C2H2), which is created by the reaction of calcium carbide (CaC2) with water (H2O).

A safety lamp is any of several types of lamp that provides illumination in places such as coal mines where the air may carry coal dust or a build-up of inflammable gases, which may explode if ignited, possibly by an electric spark. Until the development of effective electric lamps in the early 1900s, miners used flame lamps to provide illumination. Open flame lamps could ignite flammable gases which collected in mines, causing explosions; safety lamps were developed to enclose the flame to prevent it from igniting the explosive gases. Flame safety lamps have been replaced for lighting in mining with sealed explosion-proof electric lights, but continue to be used to detect gases.

<span class="mw-page-title-main">Charles F. Brush</span> American businessman (1849-1929)

Charles Francis Brush was an American engineer, inventor, entrepreneur, and philanthropist.

<span class="mw-page-title-main">Zachariah Allen</span> American lawyer

Zachariah Allen was an American textile manufacturer, scientist, lawyer, writer, inventor and civil leader from Providence, Rhode Island. He was educated at Phillips Exeter Academy and at Brown University, where he graduated in 1813.

<span class="mw-page-title-main">Julius Pintsch</span> German tinsmith, manufacturer and inventor

Carl Friedrich Julius Pintsch was a German tinsmith, manufacturer and inventor who is primarily known for the invention of Pintsch gas. The gas, distilled from naphtha or other petroleum products, was widely used in railway transport and marine navigation applications from its invention in 1851 until the 1930s.

<span class="mw-page-title-main">History of manufactured fuel gases</span>

The history of gaseous fuel, important for lighting, heating, and cooking purposes throughout most of the 19th century and the first half of the 20th century, began with the development of analytical and pneumatic chemistry in the 18th century. These "synthetic fuel gases" were made by gasification of combustible materials, usually coal, but also wood and oil, by heating them in enclosed ovens with an oxygen-poor atmosphere. The fuel gases generated were mixtures of many chemical substances, including hydrogen, methane, carbon monoxide and ethylene. Coal gas also contains significant quantities of unwanted sulfur and ammonia compounds, as well as heavy hydrocarbons, and must be purified before use.

<span class="mw-page-title-main">Thomas Thorp (scientific instrument manufacturer)</span>

Thomas Thorp (1850–1914) was an English manufacturer of scientific instruments credited with inventing the first practical coin-in-the-slot gas meter, with innovations in the field of photography, including that involving colour, and for producing an early example of what has since been developed into the modern spectrohelioscope. He began his working life as an apprentice to a firm of architects and ended it as a Fellow of the Royal Astronomical Society, having had a keen interest in astronomy since childhood.

Philip Taylor (1786–1870) was an English civil engineer. A significant innovator of the 1820s in steam engine design, he moved abroad to become an industrial leader in France and Italy.

<span class="mw-page-title-main">Jesse Merrick Smith</span>

Jesse Merrick Smith was a prominent American mechanical engineer, consulting engineer, patent expert, and president of the American Society of Mechanical Engineers in the year 1909-10.

<span class="mw-page-title-main">Edward Shorter</span> English engineer and inventor (1767–1836)

Edward Shorter (1767-1836) was an English engineer and inventor of several useful inventions including an early screw propeller.

References