Methane drainage study using an underground pipeline, Marianna mine 58

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by
United States Dept. of the Interior, Bureau of Mines , [Washington, D.C.]
Coal mines and mining -- Safety measures., Mine ventilation., Coalbed methane drai
Statementby L.J. Prosser, Jr., G.L. Finfinger, and J. Cervik.
SeriesReport of investigations ;, 8577, Report of investigations (United States. Bureau of Mines) ;, 8577.
ContributionsFinfinger, Gerald L., Cervik, Joseph.
Classifications
LC ClassificationsTN23 .U43 no. 8577, TN295 .U43 no. 8577
The Physical Object
Paginationii, 29 p. :
ID Numbers
Open LibraryOL4256351M
LC Control Number81001765

METHANE DRAINAGE STUDY USING AN UNDERGROUND PIPELINE, MARIANNA MINE 58 L- J. Prosser, Jr., 1 G. Finfinger,2 and J. Cervik 3 ABSTRACT The Bureau of Mines has completed an underground degasification project in which an underground piping system was used to transport methane from the coalbed to the surface.

Mining Publication: Methane Drainage Study Using an Underground Pipeline, Marianna Mine 58 Keywords: Horizontal boreholes Methane Pipelines Original creation date: January Methane drainage study using an underground pipeline, Marianna mine [Washington, D.C.]: United States Dept.

of the Interior, Bureau of Mines, [] (OCoLC) Online version: Prosser, L.J. (Leonard J.). Methane drainage study using an underground pipeline, Marianna mine Additional Physical Format: Prosser, L.J. (Leonard J.). Methane drainage study using an underground pipeline, Marianna mine 58 ii, 29 p.

(DLC) Methane Drainage Study Using An Underground Pipeline, Marianna Mine 58 (Website or Online Data): Prosser, L. Methane Drainage Study Using an Underground Pipeline, Marianna Mine 58 Methane Emission Rate Study in a Deep Pocahontas No. 3 Coalbed Mine in Conjunction With Drilling Degasification Holes in the Coalbed Modeling and Prediction of Ventilation Methane Emissions of U.S.

Longwall Mines Using Supervised Artificial Neural Networks. Underground gob-gas drainage during longwall mining. Methane drainage study using an underground pipeline, Marianna Mine Methane drainage in advance of mining using.

Methane Drainage Study in the Sunnyside Coalbed, Utah Methane Drainage Study Using an Underground Pipeline, Marianna Mine 58 Methane Emission Rate Study in a Deep Pocahontas No.

3 Coalbed Mine in Conjunction With Drilling Degasification Holes in the Coalbed. Evaluation of methane drainage and use effectiveness. The practice of methane drainage and utilization has promoted enhanced safety, environmental mitigation and energy recovery in the Luling mine. Pre-drainage eliminates the risk of outbursts in the Nos.

Description Methane drainage study using an underground pipeline, Marianna mine 58 FB2

8, 9 and 10 seams, and post-drainage reduces the overall gas emissions from coal by: The Luling coal mine exploits the Nos. 8 and 9 seams, both of which are highly outburst-prone.

The maximum gas pressure and gas content measured in these seams are MPa and m 3 /t, respectively, and several large-scale gas outburst accidents have occurred there. In this study, methane drainage and utilization at the mine is by: Methane drainage study using an underground pipeline, Marianna mine 58 by: Prosser, L.

Published: () Surface drilled coalbed methane wells with horizontal branches in the coal seam Published: (). Best Practice Guidance for Effective Methane Drainage and Use in Coal Mines.

Figure Schematic of an underground coal mine drainage system and surface facilities for energy recovery transition to performance-based regulation. The The Best Practice Guidance • • • • • • • Best Practice Guidance for Effective Methane.

To submit an update or takedown request for this paper, please submit an Update/Correction/Removal Request. Methane drainage study using an underground pipeline, Marianna mine 58 by: Prosser, L.

Published: () Coalbed methane extra Underground gob gas drainage during longwall mining by: Schatzel, Steven J. Published: ().

Methane drainage study using an underground pipeline, Marianna mine Personal Author: Prosser, L. (Leonard J.); Finfinger, Gerald L.; Cervik, Joseph.; Mines has completed an underground degasification project in which an underground piping system was used to transport methane from the coalbed to the surface.

The aim of these. L.J. Prosser Jr., G.L. Finfinger, and J. Cervik, Methane Drainage Study Using an Underground Pipeline, Marianna M Bureau of Mines RICited by: 1. As shown in Fig. 4, a new estimation model can be established: (1) Q m = Q 1 + Q 2 − Q 3 where Q m is the total methane emissions from the underground mine, Mm 3 /a; Q 1 is the methane pre-drainage quantity, Mm 3 /a; Q 2 is the MRDM, Mm 3 /a; and Q 3 is the utilized quantity of the methane from the underground mine, Mm 3 /a.

Methane Cited by: 9. Select up to three search categories and corresponding keywords using the fields to the right. Refer to the Help section for more detailed instructions.

upgrading the mine’s methane drainage system and drilling techniques is electricity generation for the mine's use. The produced electricity will supply approximately 91% of Hebi Mine No. 6’s power needs, which leaves capacity in the system to utilize any increases in CMM production above and beyond those predicted in this study.

Overseas study of Japanese methane gas drainage practice and visits to coal research centres, June-August / by Ian Gray Australian Coal Industry Research Laboratories North Ryde, N.S.W Australian/Harvard Citation. Gray, Ian. & Australian Coal Industry Research Laboratories.

4 (%) was covered by methane drainage systems. Unfortunately, this gas was not used entirely for economic purposes, since as high as million m3 was emitted into the atmosphere. In other words, over 30% of gas was not utilized whatsoever.

The use of methane for economic purposes was only % in when compared to the total methane Cited by: 5.

Details Methane drainage study using an underground pipeline, Marianna mine 58 EPUB

Cervik, Joseph: Methane drainage study using an underground pipeline, Marianna mine 58 / ([Washington, D.C.]: United States Dept. of the Interior, Bureau of Mines, []), also by L.

Prosser and Gerald L. Finfinger (page images at HathiTrust). Methane drainage study using an underground pipeline, Marianna mine 58 by: Prosser, L. Published: () Degasification study from an air shaft in the Beckley coalbed by: Goodman, Tobias W.

Published: (). Available in the National Library of Australia collection. Format: Book, Online; 17 p.: digital, PDF file. Book: System safety report for methane utilization from coalbeds for power generation at Bethlehem Mines Corporation, Marianna Mine No.

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58, Marianna, Pennsylvania. Methane Drainage Study Using an Underground Pipeline, Marianna Mine 58 1/1/ - Reports of Investigations The Bureau of Mines has completed an underground degasification project in which an underground piping system was used to transport methane from the coalbed to the surface.

methane drainage[′meth‚ān ‚drānij] (mining engineering) firedamp drainage Methane Drainage measures for pumping, collection, and removal of firedamp or gas-air mixtures from underground mine workings and bringing it to the surface.

Gas is removed from pits by pipelines laid in the workings or by boreholes joining the workings with the. Peak methane concentrations during coal mining an analysis. [Pittsburgh, Pa.?]: U.S. Dept.

of the Interior, Bureau of Mines. MLA Citation. Kissell, Fred N. and United States. Bureau of Mines. Peak methane concentrations during coal mining [electronic resource]: an analysis / by Fred. N Kissell. methane drainage[′meth‚ān ‚drānij] (mining engineering) firedamp drainage Methane Drainage measures for pumping, collection, and removal of firedamp or gas-air mixtures from underground mine workings and bringing it to the surface.

Gas is removed from pits by pipelines laid in the workings or by boreholes joining the workings with the surface. The US Bureau of Mines has completed an underground degasification project in which an underground piping system was used to transport methane from the coal bed to the surface.

Abstract Methane drainage in advance of mining using horizontal holes continues to expand. Interpretation of coalbed characteristics and geology in relation to drilling procedures and gas flows will provide additional information for further develop.Add to Book Bag Remove from Book Bag.

Saved in: Methane emission in coal mines effects of oil and gas wells / fatal underground coal mine explosion, January 2,Sago Mine, Wolf Run Mining Company, Prediction of longwall methane emissions an evaluation of the influence of mining practices on gas emissions and methane control systems.Three kinds of technical means are presented to ascertain the rationality of pipeline distribution and to re-analyze accidents and their potential hazards.

Methane drainage study using an.