In view of reserve depletion at the existing fields, projects for development of new fields gain special relevance, since they are intended to make up for offshore production rates, which have not been achieved. Many new fields, including major ones, are located at considerable distances from the existing production centres. Development of such fields will require new infrastructure facilities. One of the primary tasks is to build oil and gas non-trunk supply pipelines. And while foreign equipment and service providers were more likely to dominate the pipeline construction and infrastructure development in the technologically challenging offshore projects, Russian companies would feel more comfortable with onshore projects and would be able to compete with foreign suppliers on equal terms. 

This study is dedicated to analysis and description of the current state and key growth drivers of non-trunk pipelines market in Russia. The study determines key growth areas of this market and offers estimates of the year 2020 prospects based on corporate data, statistical material and expert assessments. Special attention is paid to analysis of the current and prospective market demand and supply. 

The study describes the properties of most of the new major and medium size oil and gas fields in Russia and commissioning timelines. The timeframe and required extent of non-trunk supply pipelines are estimated based on those data. The study focuses on demand parameters for various types of equipment, such as capacity, range, pipe diameter; number of oil pumping stations and oil transfer pumps; types of oil processing units for each field, estimate of gas processing units and gas compressor units needed. 

The study also provides a detailed account of the non-trunk pipelines market’s current supply. Special attention is paid to profiles of pipeline manufacturers and companies designing non-trunk pipelines. 

3.1. Production of oil and gas condensate in Russia, by companies, 2005-2014

3.2. Production of oil and gas condensate in Russia, by producing regions, 2005-2014 

3.3. Estimate of annual oil production in Russia for 2015-2020 

3.4. Key prospective production projects, by companies 

3.5. Impact of sanctions on implementation of onshore production projects, including transport infrastructure 

3.5.1. List of technologies and equipment sanctions apply to 

3.5.2. Impact of sanctions on performance of offshore projects and projects for development of the Bazhenov Formation 

3.5.3. Estimate of additional onshore hydrocarbon production rates required to make up for probable shortfall of offshore production 

3.5.4. Evaluation of production processes for hydrocarbon output subject to shortfall at the onshore fields 

3.6. Estimation techniques for equipment, production facilities and transport infrastructure facilities for development of oil and gas bearing onshore fields 

9.1. Geographical, environmental and climatic conditions in the Khanty-Mansiysk Autonomous District 

9.2. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in the Khanty-Mansiysk Autonomous District 

9.3. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in the Khanty-Mansiysk Autonomous District and southern Tyumen Region 

10.1. Geographical, environmental and climatic conditions in the Yamal-Nenets Autonomous District, including the Yamal Peninsula 

10.2. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in the Yamal-Nenets Autonomous District 

10.3. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in the Yamal-Nenets Autonomous District 

10.4. Projects for construction of gas non-trunk pipelines in the Yamal-Nenets Autonomous District 

10.5. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in the Yamal Peninsula 

10.6. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in the Yamal Peninsula 

10.7. Projects for construction of gas non-trunk pipelines in the Yamal Peninsula 

11.1. Geographical, environmental and climatic conditions in Volga-Urals 

11.2. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in Volga-Urals 

11.3. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in Volga-Urals 

11.4. Projects for construction of gas non-trunk pipelines in Volga-Urals 

12.1. Geographical, environmental and climatic conditions in the Timan-Pechora oil-and-gas province 

12.2. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in the Timan-Pechora oil-and-gas province 

12.3. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in the Timan-Pechora oil-and-gas province 

13.1. Geographical, environmental and climatic conditions in Eastern Siberia and Yakutia 

13.2. Profiles of development projects for new major oil fields (peak production exceeding 1 million tons per year) in 2015-2020 in Eastern Siberia 

13.3. Profiles of development projects for new medium size oil fields (peak production exceeding 0.5 -1 million tons per year) in 2015-2020 in Eastern Siberia 

13.4. Projects for construction of gas non-trunk pipelines in Eastern Siberia 

16.1. Overall estimation of pipelines needed (overall diameter-based length) 

16.2. General estimation of process facilities needed (oil processing units, oil pumping stations) 

17 Profiles of manufacturers of equipment for non-trunk pipelines 

17.1. Russian manufacturers of tubular products