Gazprom Neft produces its two-millionth ton of oil in
Kurdistan, Iraq
5/16/2019
MOSCOW -- Gazprom Neft subsidiary Gazprom Neft Middle East B.V. has produced its two-millionth ton of oil
since starting commercial production at its Sarqala field in the Kurdsitan Region of Iraq.
Sarqala field in the Kurdsitan Region of Iraq
First oil was obtained at the Garmian block, which includes the Sarqala field, in 2011. Commercial oil shipments
commenced in 2015, with the commissioning of the Sarqala-1 well. The second production well was launched in
2018. A third well, with production capacity of 12,000 bopd, has now gone into operation at the field — the launch
of which has seen total daily production volumes increase by 25%, reaching 35,000 bbl. Total cumulative
production at the field now stands at two million tons, or more than 15 MMbbl of oil since the start of commercial
production four years ago.
Field infrastructure has seen considerable expansion throughout this asset’s development, with a new high- and
low-pressure separation processing line constructed here, together with two 17,000-barrel-capacity reservoirs
(tanks), and the reconstruction of the oil-tanker loading systems — this modernization providing transportation and
storage capacity for significantly higher oil production. A reservoir-water utilization unit will be built at the
Sarqala field this year, with throughput capacity of 5,000 bpd.
Gazprom Neft Middle East B.V. CEO Sergei Petrov commented, “The production of the two-millionth ton of oil at
Sarqala marks a significant point in developing this important and promising asset. We’ve made great strides in
our four years’ working at the Garmian block, commissioning three wells and putting in place cutting-edge and
highly developed infrastructure. In moving into a new phase in developing this field we already have detailed
information on the geological characteristics of the region. This means we will, very shortly, be able to determine
the direction of the further development of this asset in the Middle East.”