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- Title
构建油气勘探开发技术要素收益分成量化模型.
- Authors
姜子昂; 刘申奥艺; 辜 穗; 王 径; 任丽梅; 刘维东; 彭 彬
- Abstract
Oil & gas industry is a typical resource-intensive and technology-intensive industry. Its scientific and technological activities are carried out closely around the production demand, so the technological achievements and production achievements are integrated and difficult to be separated. The contribution may be different when a technology is applied in different oil & gasfield. Meanwhile, the profit can be gained, because there's always a lot of synergy between technological achievements and other production elements. No matter using "with or without contrast method" or "incremental benefit method", it is impossible to calculate technological element directly contribution for an enterprise, and it cannot quantify value of specific technological achievements. Thus, based on the theories of elements distribution and technological value sharing, it analyzes influence mechanism of oil & gas all production elements working in reserve and production profit, constructs quantitative model of oil & gas exploration and development technological element profit sharing. It suggests that: Firstly, using all elements sharing residual value method, oil & gas reserves evaluation criterion, oil & gasfield core characteristic index, it can define the non-technological elements profit sharing rate. Secondly, using technological innovation indicators to calculate specific technological innovation intensity coefficient, it can define the net profit sharing of technological innovation achievements, so as to quantify specific technological value and realize profit sharing from the whole technological elements to a single technological element. It provides a scientific basis for oil & gas technology to share profit with its value and contribution, as an important production elment. And it innovates and develops scientific and technological assessment theory under regulation conditions.
- Subjects
PETROLEUM prospecting; PETROLEUM reserves; PROFIT-sharing; NATURAL gas prospecting; NATURAL gas reserves; TECHNOLOGICAL innovations
- Publication
Natural Gas Industry, 2021, Vol 41, Issue 3, p147
- ISSN
1000-0976
- Publication type
Article
- DOI
10.3787/j.issn.1000-0976.2021.03.018