The Novy Port Project

The Novy Port Project

Development of the Novoportovskoye field on the Yamal Peninsula is one of Gazprom Neft’s strategic projects. Having gone into full commercial production in 2016, the company continues its development of this asset.


Novoportovskoye was the first field discovered on the Yamal Peninsula, with the presence of major oil and gas reserves here having been proved as early as 1964. The absence of transport infrastructure, however, together with the complex underlying geology, remained insurmountable obstacles to starting full-scale development of the field.

While 117 exploratory wells had been drilled by 1987, proactive development of this asset did not begin until after 2010, when Gazprom took the decision to transfer it to Gazprom Neft. Gazpromneft-Yamal LLC is currently operator on this project.

Position Novoportovskoye field on the map Look at the map

Production Technologies

The complexity of developing the Novoportovskoye field is the result of low-permeability reservoirs and multiple tectonic abnormalities, leading to the significant disconnection of deposits segregation of deposits, together with a significant gas cap.

The viable production of high-quality, low-sulphur oil in Yamal has been achieved through the use of cutting-edge technologies, including the construction of horizontal and multilateral wells, and the use of multistage fracking.

Now running to 2150, this represents the longest license term in Gazprom Neft’s asset portfolio.

2150 the extended expiry date for Gazpromneft-Yamal’s subsoil usage rights at the Novoportovskoye field
Novoportovskoye field
Novoportovskoye field
Novoportovskoye field
Novoportovskoye field
Novoportovskoye field
More photos in Gazprom Neft Image Bank

Oil Transportation

The challenge of shipping oil from the field was resolved by Gazprom Neft specialists, together with academics from the Krylov State Research Centre , who came up with a route for the year-round transportation of crude by tankers, supported by nuclear icebreakers.

The feasibility of this project was confirmed by the company in 2011, following an experimental passage by a nuclear icebreaker through the shallow-water ice of the Gulf of Ob, from the port of Sabetta (north—east of the Yamal Peninsula) to Cape Kammeny.

The first consignment of Novy Port oil was despatched to European consumers via the Northern Sea Route in summer 2014, with winter shipments commencing in 2015.

Oil transportation to Europe
Oil transportation to Europe

Sending crude to Northern Europe from Novy Port is an optimum solution in all sorts of ways: it is, geographically, the nearest field to this import-dependent region — which, moreover, specialises in refining light (low-sulphur) oils such as Novy Port oil (which has a lower sulphur content than both Russian Urals blend and Brent crude).

A special fleet has been created to service the Novy Port project. Construction of six directly-owned nine-metre-draft Arctic tankers — able to get through ice of up to 1.8 metres thick, with loading capacity of 35,000 tonnes, and fitted with turret-type terminal crude bow-loading equipment — was completed in 2017.

Trans-shipment Infrastructure

Crude offloading to tankers is undertaken from the Arctic Gates terminal. Due to the shallow waters around the coast, together with constant alluvial currents, siting the terminal onshore proved impossible. Ultimately, the choice was made in favour of a single-point mooring, 3.5 kilometres from the shore, where very large crude tankers (VLGTs or “super-tankers”) can be loaded safely.

Based onshore, the terminal connects the automated combined feed-and-fibre-optic-cable system and the crude-delivery pipeline. In order to maintain the specific pre-set temperature of the crude, the system comprises two heat-insulated (cold-proofed) pipelines, through which warmed oil circulates, between shipments.

The Arctic Gates terminal
The Arctic Gates terminal
Arctic-class tankers can overcome ice up to 1.8 metres thick
Nuclear icebreakers support winter oil shipments via the Northern Sea Route
Oil from the field is received via a pipeline more than 100 kilometres long
More photos in Gazprom Neft Image Bank

The Arctic Gates terminal is a unique piece of engineering, standing at more than 80 metres in height, and designed for year-round operation under extreme climatic conditions: temperatures here can drop below −50°C, and ice can be up to two metres thick.

The facility is equipped with a two-tier protection facility, and meets the most stringent environmental and safety standards. Zero-emissions" technology eliminates any risk of contaminants reaching the waters of the Gulf of Ob.

Oil from the Novoportovskoye field reaching the central gathering point (CGP) on the coast of the Gulf of Ob and, subsequently, the terminal, passes through a pipeline more than 100 kilometres long. Infrastructure installed at the field and on the shores of the Gulf of Ob allows transhipments of up to 8.5 million tonnes of oil per year.

8,5 million tonnes
per year
Transhipment capacity at the Arctic Gates terminal

Trans-shipment Infrastructure

Major gas infrastructure is being put in place at the Novoportovskoye field to ensure optimum usage of resources there and at the adjacent Yuzhno-Kamennomyssky, Yuzhno-Novoportovsky, Rostovtsevsky and Surovy license blocks.

Project plans include increasing the capacity of the gas processing plant (GPP) to 20 billion cubic metres per year, building a 116-kilometre gas pipeline to transport marketable dry-stripped gas, and building a gas pipeline to the village of Novy Port. Some gas will be sent to the GPP for processing, after which it will feed into the trunk gas pipeline system, with the remainder used for strata reinjection.

Pre-commissioning activities at the first launch site of the 3.6-billion cubic metre per year GPP commenced in 2017; gas reinjection has begun, and a gas turbine power plant (GTPP) has been commissioned, running on associated petroleum gas (APG).

Gas infrastructure
Gas infrastructure

Novy Port in Figures

(as of December 31, 2018)

188,9 mtoe Proven+probable hydrocarbon reserves (PRMS)
approx. 8,0 mtoe Forecast peak oil production
7,26 million tonnes of oil produced in 2018
5,95 million tonnes of oil produced in 2017
RUB 1,5 trillion Anticipated tax revenues to 2040