The article examines the current situation in the world production and consumption of the liquefied natural gas (LNG). The main global trends as well as the reasons for significant growth in LNG consumption in most countries are analyzed. The authors also study the structure of global import of LNG and the opportunities for increasing supplies by the Russian energy companies. Russian companies are primarily supplying LNG to European countries. However, the results of the analysis show high export potential of the Asian market. Realizing the potential is the most important strategic task for domestic energy companies. The article also examines the history and the current process of developing LNG production on the Russian territory. The authors reveal various aspects of the current implementation of such projects as “Yamal LNG” and “Arctic LNG 2” within the Arctic area of the Russian Federation. Particularly, the authors describe development of transportation-logistics system as part of these projects. Moreover, the article contains the analysis of the problem of ensuring technological independence in the process of implementation of LNG projects. Russian energy companies should increase their technological independence and localization of production by consistent implementation of the import substitution strategy. One of the solutions in ensuring technological independence is innovation technology of natural gas liquefaction “Arctic Cascade”. The article presents the detailed technical and economical aspect of implementing this technology. Using this technology ensures 30 % reduction of the LNG production cost price. Besides, this innovation technology can ensure 100 % localization of production.

Introduction of sanctions restrictions by western countries stressed the need for developing the national industrial complex and creating the country’s own technological solutions. Over the past few years within the framework of the interaction of the state, industry and science various technological solutions have been created to be successfully implemented in production (an aircraft engine, a gas turbine power plant, mobile offshore seismic exploration complexes, a deep-sea drilling rig, a dispersant for oil spill response, pressure sensors for the Prirazlomnaya platform, etc.). The results achieved demonstrate the ability of the Russian industrial complex to create effective and safe equipment. However, in spite of the technologies created, the Russian economics has not achieved the target state of import independence. The analysis of the structure of the product import shows the dependence of the Russian economics on the import of foreign cars and equipment, chemical products and food raw materials. To achieve import independence it is essential to continue system work aimed at providing government support of domestic companies. The authors formulate the government support measures aimed at achieving technological independence: reduction of the key rate of the Central Bank of the Russian Federation, development of transport infrastructure, creation of industrial clusters and subsidizing the costs on the implementation of digital tools. Realization of the measures suggested together with the existing tools will make it possible to ensure harmonic development of the national industry and gain the national technological sovereignty.

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The authors of the article study the basic risks in development of hydrocarbon offshore fields in the Arctic as well as methods of managing the existing risks. Development of hydrocarbon offshore fields in the Arctic is connected with numerous challenges due to its unique natural and climatic conditions (ice pack, squally winds, rough sea, etc.). Any activity in such conditions makes high demands for the investment (realization of such projects is extremely capital intensive) and for environmental and industrial security. Due to the high level of work complexity currently only one offshore field is being developed in the Arctic. However, Russian energy companies are considering the perspective possibility of extraction of hydrocarbon resources in such conditions. In order to explore the Arctic offshore fields efficiently it is necessary to apply the methods of risk management which are able to minimize the possibility of unwanted events. In most cases the method of risk management is chosen depending on the stage of realization of the project on developing an offshore field: prospecting, exploration or exploitation of a deposit. The authors of the article conditionally divide the risk management methods into two categories: universal (which can be applied at any of the above mentioned stages of the deposit's development) and unique (to be used only at one certain stage). The analysis conducted made it possible to reveal the main advantages and disadvantages of the risk management methods under consideration. The combination of universal and unique methods became the basis for the risk management system which takes into account the specifics of the stages of development of Arctic offshore hydrocarbon fields.