陆相层状砂岩油藏全生命周期协同开发

Synergetic development of continental lamellar sandstone reservoirs in whole lifecycle

从唯物辩证法的基本原理与协同学入手,应用协同与对称的辩证关系,将协同学与油藏开发结合,创新形成了协同开发学理论,即应用协同作用与协同效应原理,重复利用原始剩余有序结构构建有序子系统,或重复人工创建有序结构构建有序子系统,因序利导,效应叠加,协同有序开发油藏的理论与方法。以协同开发学为基础,以陆相层状砂岩油藏为研究对象,文中明确了全生命周期协同开发的主要技术及评价指标,初步建立了全生命周期协同开发体系,直观形象地阐明了协同对称的增储增产开发计策组合模式及协同开发典型的扇贝型生命曲线特征。实例应用表明,全生命周期协同开发研究能够以科学、协同对称的思维方式抓住问题的本质,及时提出有效的对策及方法,为陆相层状砂岩油藏全生命周期高效开发提供了理论支持与技术引导。

Starting from the basic principle of materialist dialectics and the synergetics and combining synergetics with development of reservoirs,the principle of synergetic development is formed innovatively by the application of the dialectical relationship between synergetics and symmetry.It is the theory and method about reservoirs development.The concrete methods are as following.Based on the principle of synergistic effect,apply the original,surplus and orderly structure to construct the orderly subsystem repeatedly,or repeatedly establish orderly structure artificially to construct the orderly subsystem.During the repetitive process,the work done should be guided to the favorable direction and the favorable effects should be overlaid step by step in order to cooperatively develop the reservoirs.On the basis of the synergetics,by taking continental lamellar sandstone reservoirs as the research object,this paper designates main technologies and evaluation indexes,preliminarily establishes the synergetic development system,intuitively and vividly clarifies the synergetic and symmetrical integrated mode of development strategy for storage and yield increase and the typical characteristics of life curve like scallop in the synergetic development.At last,combined with living examples,it is showed that the theory of synergetic development in the whole lifecycle can capture the essence of the question by the way of scientific,synergetic and symmetrical mod of thinking,and the effective strategy and method in time is proposed.The theory provides theoretical support and technical guidance for efficient development of continental lamellar sandstone reservoirs in the whole lifecycle.