Title

Sedimentarym icro - fac ie modelling for submarine
fan in Zarzaitine O ilf ield

作者

李顺明1, 2

Authors

Li Shunming

单位

1 中国地质大学, 北京100083; 2 胜利油田分公司地质科学研究院, 山东东营257015

Organization

1. China University of Geosciences,
Beijing 100083, China; 2. Geological Science Re search
Institute of Shengli O ilf ie ld Company, SINOPEC,
Dongy ing 257015, China

摘要

建立沉积微相模型不仅能够定量预测沉积微相的空间展布, 而且可以为“相控”“”储层参数模拟提供基础。任何建模方法都有一定的应用范围, 目前没”“”储层参数模拟提供基础。任何建模方法都有一定的应用范围, 目前没有够直接建立海底扇沉积微相模型的模拟方法。针对阿尔及利亚Zarza itine油田海底扇沉积特点和相建模方法的适用范围, 提出了分步建立沉积相模型的方法。选择相序模拟法建立海底扇亚相模型; 分别应用基于目标和指示克里金模拟方法建立中扇微相和下扇微相模型; 在亚相模型的约束下, 将中扇微相模型和下扇微相模型合成完整的海底扇沉积微相模型。模拟结果表明, 应用分步相模拟建立的海底扇沉积相模型更接近地质认识, 提高了沉积相的模拟精度。

Abstract

Construc tion o f sedim entary m icro - facie m ode ls of
subm ar ine fan can no t on ly predict the spatia l d istribution
quantitative ly, but also prov ide the base for facie- contro lled
petrophysica l param ete rs modeling. As one m ode ling me thod
can only be utilized w ithin a lim ited scope, there is no t a
sing le modeling m ethod tha t can construct the sedim entary
m icro- facie models of subm arine fan up to now. A im ing at
the sed im en tary facies d istr ibution fea tures o f subm ar ine fan
and the scope o f application of facies modeling m ethod, a
mu ltip le - step me thod of facies m ode ling is proposed.
Firstly, facie transition sim ulation is screened to construct the
sedim en tary sub - fac ies model o f subm arine fan. Then,
ob ject based me thod and K rig ing indictor are utilized to
construct the sedim entary m icro- fac ie o fm id- fan and low er
fan respec tive ly. A t last, constrained by the sub - fac ie
m ode,l the sedim entarym icro- fac ie models of m id- fan and
low er- fan are integrated into thew ho le sedim entarym icrofac
ie model o f subm ar ine fan. The model by mu ltiple- step
m ethod is m ore c losely to that o f the static geo log ic v iewpo int

关键词：

Zarza itine油田海底扇沉积微相分步相模拟模型合成;

Keywords:

Zarza itine O ilfie ld, subm arine fan,
sedim en tary m icro - fac ie, m ultip le - step fac ie m ode ling,
m ode l integ ra tion.;

基金项目

DOI

Zarzaitine油田海底扇沉积微相建模