Concept

Hebburn

Hebburn is a town in the South Tyneside borough of Tyne and Wear, England. It was formerly in County Durham until 1974 with its own urban district from 1894 until 1974. It is on the south bank of the River Tyne between Gateshead and Jarrow and opposite Wallsend and Walker. The population of Hebburn was 18,808 in 2001, In Saxon times Hebburn was a small fishing hamlet upon the river Tyne. It is thought that the name Hebburn may be derived from the Old English terms, heah meaning "high", and byrgen meaning a "burial mound", though it could also mean the high place beside the water. The first record of Hebburn mentions a settlement of fishermen's huts in the 8th century, which were burned by the Vikings. In the 14th century the landscape was dominated by a peel tower. A wall, a portion of which still remains at St. John's Church, could also be seen. The Lordship of the Manor of Hebburn passed through the hands of a number of families during the Middle Ages, including the Hodgsons of Hebburn (James 1974, Hodgson). In the early 1600s, the wealthy Newcastle family, the Ellisons, acquired the land of Hebburn. Coal was mined at Hebburn as early as the 17th century. In 1792 the Ellisons received royalties from coal mining expansion when Hebburn Colliery opened. The colliery eventually operated three pits. In 1786 the Ellisons’ Hebburn estate also made income from dumping ships ballast at Hebburn Quay. By the 1800s the Ellison family had expanded Hebburn Manor into their Hebburn Hall estate. Hebburn Colliery played an important role in the investigations into the development of mine safety, following the mining disaster at Felling Colliery in 1812. Humphry Davy stayed with Cuthbert Ellison at Hebburn Hall in 1815 and took samples of the explosive methane 'fire damp' gas from the Hebburn mine which were taken to London in wine bottles for experiments into the development of a miners' safety lamp. Davy's lamps were tested in the Hebburn mine and remarkably the gauze that protected the naked flames could actually absorb the fire damp so that the lamps could shine more effectively.

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