发展含油医疗保健创新技术的经济供给

M. Piłka
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引用次数: 1

摘要

T .介绍了吸引投资的可能性,以有效地去除碳氢化合物储量,这些储量属于难以开采的,并介绍了吸引投资进一步开发乌克兰石油和天然气矿床的机制。考虑了油气储量排序的主要原则,需要对矿床结构进行分析,以评估在某些经济条件发生变化时将其部分转移到具有成本效益的部分的前景,以及吸引这些储量开发的新方法和新技术的出现。对于油气公司来说,有关可盈利储量的定性特征及其在集热器中的分布信息是非常重要的。介绍了智能油气田技术的主要优势,它可以实时实现对大量地质信息的快速处理,对各种开采场景进行建模,并采用合理的管理决策来优化油气生产。水动力建模作为油气储量寻找和增长的工具,在现代地质和地球物理科学成果的基础上对其进行定量和定性评价,对生产性集子进行详细的综合研究,是开发难采储量的主要途径之一。应用现有的和创造新的技术解决方案,以有效地生产具有积极经济指标的石油和天然气,是对低产量碳氢化合物矿床的复杂工作的合理延续。在开发历史较长的矿床中,油气储量增长的主要来源是:矿床生产区外的未探明储量和遗漏的含油饱和层;生产段含油饱和层,在开发中不受重视。难采储量的开发具有相当的复杂性,但利用开发监测、流体动力学建模、吸引国际经验和新技术的工程方法将提高盈利能力,并获得大量碳氢化合物的额外开采,这不仅将确保实现最大的投资效率,而且还将充分利用碳氢化合物的自然资源。
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ECONOMIC SUPPLY OF INNOVATION TECHNOLOGIES FOR THE DEVELOPMENT OF CARBON HEALTH CARE WITH OIL-WEIGHTED SPARE PARTS
T The possibilities of attraction of investments for efficient removal of hydrocarbon reserves, which belong to hardrecoverable and mechanisms for attracting investments in the further development of oil and gas deposits in Ukraine, are presented. The main principles of the ranking of hydrocarbon reserves are considered, deposits structure analysis is needed to evaluate the prospects of transferring their parts to cost-effective ones if some economic conditions will change, as well as the appearance of new methods and technologies for attracting these reserves into development. For oil and gas companies information about the qualitative characteristics of profitable reserves and their distribution in the collectors is very important. The main advantages of using intelligent oil and gas field technologies, which enable real-time realization of fast processing of large volumes of geological information, modeling of various extraction scenarios, and the adoption of rational management decisions for optimizing oil and gas production are described. Hydrodynamic modeling, as an instrument for the search and growth of hydrocarbon reserves, its quantitative and qualitative assessment and a detailed comprehensive study of productive collectors based on modern achievements in geological and geophysical sciences is one of the main ways of development of hardrecoverable reserves. The application of existing and the creation of new technological solutions for the efficient production of oil and gas with positive economic indicators, is a logical continuation of a complex of works on low-yielding hydrocarbon deposits. The main source of growth of hydrocarbon reserves in deposits with a long history of development are: unidentified reserves outside the productive part of the deposit and missed oil-saturated intervals; oil-saturated intervals in the productive section, which aren’t attracted in the development. The development of hardrecoverable reserves is associated with considerable complexity, but the engineering approach, using development monitoring, hydrodynamic modeling, attracting international experience and new technologies, will increase profitability and obtain additional extraction of significant volumes of hydrocarbons, which will ensure not only the achievement of maximum investment efficiency, but also full usage of natural resources of hydrocarbons.
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来源期刊
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期刊介绍: Chemical Engineering of Oil and Gas is a scientific and technical journal supervised by the Southwest Oil and Gas Field Branch of PetroChina Company Limited and sponsored by the Natural Gas Research Institute of the company. The journal focuses on reporting scientific research results, academic papers, standards and technical innovations in the field of chemical and chemical industry of oil and gas industry, and is a comprehensive scientific and technical journal covering oil and gas treatment, processing and its utilisation technologies. It is a comprehensive scientific and technical journal covering oil and gas treatment, processing and utilisation technologies. The columns of the journal include oil and gas treatment, processing and utilisation, new energy and materials, oil and gas field development, analysis, measurement and standardisation, safety and environmental protection, and so on. The aim of the journal is ‘based on Southwest China, facing the whole country and going towards the world’, aiming to serve the innovation of oil and gas development, production and processing technology, with special focus on sour natural gas development, sulfur-containing crude oil processing technology, as well as natural gas purification and processing, oil and gas field corrosion protection, natural gas exploration and development of chemistry and other areas of research and development results. In terms of influence, Chemical Engineering of Oil and Gas is included in many domestic and international databases, including Chinese Core Journals, CSCD Source Journals, ‘Classified Catalogue of High Quality Scientific and Technical Journals in Oil and Gas Industry’, ‘World Journal Clout Index (WJCI) Report of Scientific and Technical Journals’, RCCSE China Core Academic Journals, National Top 100 Journals in Petroleum and Chemical Industry, China Journal Full Text Database, Tsinghua Tongfang CD-ROM Edition and Wanfang Database, China Academic Journal Comprehensive Evaluation Database. Internationally, the journal is included in the American Chemical Abstracts (CA), JST (Japan Science and Technology Agency) database, Ullrich International Periodicals Guide (USA), and EBSCO (USA) full text database.
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NATURAL GAS POTENTIAL OF LAND FORMATION IN UKRAINE HUMAN RESOURCES AS A FACTOR OF PROVIDING UKRAINE SOCIAL SECURITY SYSTEM IN MODERN CONDITIONS INFRASTRUCTURE SUPPLY OF THE ORGANIC SECTOR OF AGRICULTURAL PRODUCTION ON COOPERATION BASES FINANCIAL CONTROL KEY ELEMENT TO PROVIDE ECONOMIC SECURITY OF THE ENTERPRISE GLOBALIZATION OF INTERNATIONAL FINANCIAL MARKETS
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