Supply of coatings for Gazpromneft — Supply LLC. Novoportovskoye field
- Client: Gazpromneft — Supply LLC (part of Gazprom JSC)
- Task: Supply of fire—retardant material from AKRUS® to the facility of Gazpromneft - Supply LLC
LLC Gazpromneft Snabzhenie and LLC Gazpromnef Yamal are subsidiaries of JSC Gazprom Neft LLC Gazpromneft Snabzhenie provides transport and warehouse logistics services. LLC Gazpromneft Yamal (formerly Gazprom Neft Novy Port), an enterprise with duties of the development of the Novoportovskoye oil and gas condensate field and the creation of infrastructure for the shipment of hydrocarbons in the north of the Yamal Peninsula in Siberia.
Novoportovskoye is one of the largest hydrocarbon fields under development on the Yamal Peninsula. The field's recoverable reserves in categories C1 and C2 amount to more than 250 million tons of oil and condensate, as well as more than 320 billion cubic meters of gas (including Paleozoic deposits).
Nowadays, oil from the Novoportovskoye field is delivered to the coast of the Ob bay via a pressure oil pipeline of more than 100 km length. In January 2015, the construction of its second stage was started, the launch of which will ensure the transportation of at least 5.5 million tons of oil per year.
The presence of low-permeable reservoirs, numerous tectonic disturbances leading to high fragmentation of deposits, and a powerful gas cap cause the complicatedness of the development of reserves of the Novoportovskoye field.
Gazprom Neft achieves the production efficiency of high-quality, low-sulfur Yamal oil through modern technologies: construction of horizontal and multi-barrel wells and multi-stage hydraulic fracturing.
AKRUS® made and delivered fire-retardant material to the Gazpromneft—Supply LLC plant for Gazpromneft - Yamal LLC.
Flame-retardant thermally expanding two-component formula AKRUS® R(E) is created for external use both on pre-primed metal structures and on non-primed surfaces. The delivery was performed as soon as possible. The material is certified under hydrocarbon combustion conditions.
