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The history of hydrocarbon exploration and development in North Yorkshire

By
M. Q. Haarhoff
M. Q. Haarhoff
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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F. Hughes
F. Hughes
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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M. Heath-Clarke
M. Heath-Clarke
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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D. Harrison
D. Harrison
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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C. Taylor
C. Taylor
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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D. L. Ware
D. L. Ware
2
Independent Consultant
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G. G. Emms
G. G. Emms
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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A. Mortimer
A. Mortimer
1
Third Energy Ltd, 4th Floor, 87–91 Newman Street, London W1T 3EY, UK
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Published:
January 01, 2018

Abstract

Hydrocarbon exploration in North Yorkshire began in 1937, targeting Triassic and Permian reservoirs below the surface expression of the Cleveland Anticline. D’Arcy drilled the successful well Eskdale-2, marking the first gas discovery in the Zechstein carbonates in the UK. Since then approximately 100 wells have been drilled in the basin with exploration success relatively high. Out of the 25 pure exploration wells in the region, 13 have found hydrocarbon accumulations (flowed gas) and eight of the discoveries have been developed to date. The primary reservoir is the Permian-aged Zechstein carbonate sequence and, more specifically, the Z2, Kirkham Abbey Formation (KAF), which is a tight carbonate reservoir overprinted by a high permeability fracture system. Despite considerable investment and effort over the years, the historical development story of these fields has been very much one of repeated technical and investment failure, with approximately 39 Bcf (billion cubic feet) of the mapped gas initial in-place (GIIP) of c. 326 Bcf produced to date, an estimated recovery factor of 12%.

Historical production data show that all the Zechstein reservoirs have experienced early water breakthrough, leading to impaired gas rates and low recoveries. The water influx is due to a highly mobile, but finite aquifer, which under field production conditions preferentially flows through the high permeability fracture system, bypassing the gas stored in the tighter matrix. Third Energy is aiming to resolve the issue of water influx by using artificial lift to encourage the gas to flow. A trial is currently being undertaken at the Pickering gas field and, if this programme is successful, this will provide sufficient confidence for a phased redevelopment programme of surrounding fields.

Whilst North Yorkshire has experienced only limited exploration and production (E&P) activity in the last decade, solving the issue of premature water influx in the KAF fields, combined with the search for unconventional resources in the Bowland section of the Mid and Lower Carboniferous strata will herald a new and exciting phase of E&P activities for this province.

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Contents

Geological Society, London, Special Publications

History of the European Oil and Gas Industry

J. Craig
J. Craig
Eni Upstream & Technical Services, Italy
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F. Gerali
F. Gerali
University of Oklahoma, USA
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F. MacAulay
F. MacAulay
Echo Energy plc, UK
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R. Sorkhabi
R. Sorkhabi
University of Utah, USA
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Geological Society of London
Volume
465
ISBN electronic:
9781786203656
Publication date:
January 01, 2018

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