Investigation of firedamp and its emission in coal seams.
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Investigation of firedamp and its emission in coal seams.

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Published by Commission of the European Communities in Luxembourg .
Written in English

Book details:

Edition Notes

SeriesTechnicalcoal research
ContributionsBritish Coal. Headquarters Technical Department.
ID Numbers
Open LibraryOL14937073M
ISBN 100119717980

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Coal Seam Methane Emission Fracture Network Mine Working Bituminous Coal These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves. Two prismatic coal samples with approximate dimensions of 25cm ( inches) x 17cm ( inches) x 6cm ( inches) were prepared. The coal samples used were from the Lower Sunnyside Coal Seam of the Books Cliffs Coalfields in Utah. A specially designed steel frame was used to contain the samples. Two extreme cases were tested using the : Bongani Dlamini. According to Lunarzewski (), gas emission contributions from roof and floor adjacent coal seams are a function of distance from the worked coal seam. Noack () used the degree of gas emission curves designated for the roof up to m and the floor down to −59 m for the floor to estimate gas emission from the sources in the roof and floor : Zongyi Qin, Hua Guo, Qingdong Qu.   The gas methane is usually found in the same seams that contain coal itself, released when miners drill into those areas. The trick is, then, avoiding igniting a highly flammable gas that easily.

June The initially ignition of firedamp was believed to have been by an incendive spark caused by the impact of quartzitic stone falling from the roadway roof near the face of the ripping lips onto a steel canopy used to protect the roadway conveyor during blasting operations., Six Bells Colliery, Monmouthshire. The International Journal of Coal Geology deals with fundamental and applied aspects of the geology and petrology of coal, oil/gas source rocks and shale gas resources. The journal aims to advance the exploration, exploitation and utilization of these resources, and to stimulate environmental awareness.   The mass closure of Britain's pits left many bad legacies, but none worse than the gases seeping up from disused mines. Paul Humphries on the need to protect people living in former pit villagesAuthor: Paul Humphries. Amid the incredible din of protest and controversy around coal seam gas, the industry finds itself dealing with issues on three separate fronts – the farm gate, underground aquifers and its.

The independent review of coal seam gas (CSG) activities in NSW by the NSW Chief Scientist & Engineer commenced in late February This is the initial report of the Review, which was requested by July Based on consultations and submissions to date, the Review makes a small number ofFile Size: 3MB. Face or coal face. The coal face is the place where coal is cut from the coal seam either manually by hewers or mechanically by machine. Firedamp. Firedamp is explosive, flammable gas consisting predominantly of methane. Fitter. A fitter is a worker responsible for the maintenance of underground machinery. Furnace, furnace pit. active fires in coal mines. The paper deals with the investigation on emission of CO concentration at surface due to long standing fire at Lodna and Kusunda areas of Jharia coalfield. A report commissioned by the coal seam gas industry into its own greenhouse gas emissions, and held as commercial-in-confidence for months, shows that Australian gas exported to .