Oil field · UK

Conwy

Conwy is an oil field in the Irish Sea, operated by ENI UK Limited. It was discovered in 2009 and produced from 2016 to 2024. Production has ceased. Over its life it produced about 8.8 million barrels of oil and condensate.

Production

Conwy produced about 8.8 million barrels of oil and condensate and 18.3 million cubic metres of gas between March 2016 and November 2024.

Oil and condensate, barrels a day, by month
Conwy: oil and condensate production by month, March 2016 to November 202402.5k5k7.5k10k2018202020222024

Latest: 11 barrels a day in November 2024. Highest year: 2019, averaging 5,700 barrels a day. Highest month: May 2018.

Gas, million cubic metres a day, by month
Conwy: gas production by month, March 2016 to November 202400.010.010.010.022018202020222024

Latest: 0 million cubic metres a day in November 2024. Highest year: 2021, averaging 0.011 million cubic metres a day. Highest month: August 2021.

Average production by year

YearOil and condensate, barrels a dayGas, million m³ a day
2024 (Jan–Nov)5300.002
20231,3000.006
20229200.006
20212,6000.011
20204,1000.006
20195,7000.008
20185,1000.007
2017450under 0.001
2016 (Mar–Dec)4,1000.006

Field details

StatusProduction ceased
TypeOil field
OperatorENI UK Limited
Licensee
  • ENI UK Limited 100%
Original operatorEOG
DiscoveredMay 2009 (well 110/12-6)
First productionMarch 2016
Water depth40 m
RegionIrish Sea
Wells inside the outline6

Platforms and installations

Conwy PlatformPlatform · Active · ENI UK Limited

Nearby

Sources

Production: NSTA, UKCS field production reports (PPRS), monthly to July 2026. Field details, platforms, licences and wells: NSTA open data, as on the atlas map. Contains information provided by the North Sea Transition Authority and/or other third parties. Used under the NSTA Open User Licence.

Offshore Data Atlas converts the reported volumes to barrels and cubic metres a day (one cubic metre is 6.29 barrels). UK gas figures are all the gas produced, including gas used offshore as fuel, flared or put back into the reservoir.