PIPESIM 2008基礎培訓教材

beibeilang

PIPESIM 2008基礎培訓教材

該培訓教材旨在向用戶介紹PIPESIM應用軟件基礎功能及操作。PIPESIM做為
采油及集輸工程計算、分析及設計工具，在油氣工業中有著廣泛的應用。
該教材包括節點分析、氣舉設計及管網模型。

前 言...............................................................................................................................4
第一章管流知識簡介...................................................................................................6
練習1 水管線計算指南...........................................................................................7
練習2 水管線敏感性分析.....................................................................................22
練習3 氣管線敏感參數分析.................................................................................25
練習4 氣體流量計算.............................................................................................28
練習5 多相流動管線模擬計算.............................................................................31
第二章 油井特性分析................................................................................................39
練習1 定義井模型.................................................................................................40
練習2 評估井底流動條件.....................................................................................43
練習3 運行節點分析.............................................................................................44
練習4 高壓物性（PVT）校正.............................................................................45
練習5 流動相關式擬合.........................................................................................48
練習6 運行IPR（流入動態）擬合.....................................................................49
練習7 含水率敏感性分析.....................................................................................50
練習8 氣舉特性分析.............................................................................................51
練習9 多層開采計算.............................................................................................52
第三章 氣井特性分析................................................................................................56
練習1 建立簡單井模型.........................................................................................57
練習2 流入模型校正.............................................................................................61
練習3 運行井底為節點的節點分析.....................................................................63
練習4 模擬管線流動及油嘴特性分析.................................................................64
練習5 預測產量變化.............................................................................................65
練習6 評價高攜液量及流動計算相關式擬合.....................................................65
練習7 油藏至出口壓力-溫度關系剖面...............................................................67
第四章 水平井設計....................................................................................................68
練習1 優化水平井長度.........................................................................................70
練習2 多段射孔水平井模擬.................................................................................70
第五章 人工舉升設計................................................................................................72
電潛泵設計..............................................................................................................72
練習1 單井建模及節點分析.............................................................................72
練習2 選泵及優化設計.....................................................................................74
練習3 不同生產條件下泵特性分析.................................................................76
氣舉設計 — 新設計閥距........................................................................................77
練習1 單井建模及節點分析.............................................................................77
練習2 氣舉響應計算.........................................................................................79
練習3 氣舉優化設計（“IPO Surface Close”方法）.....................................80
氣舉設計 — 已知閥距............................................................................................82
練習1 安裝井下氣舉閥系統，最下級閥注氣.................................................82
練習2 生成氣舉響應曲線.................................................................................84
練習3 利用已知閥距進行氣舉優化設計.........................................................85
練習4 氣舉診斷.................................................................................................86
第六章 海管設計........................................................................................................88
練習1 建立組分模型.........................................................................................88
練習2 海管尺寸選擇.........................................................................................89
練習3 檢查嚴重段塞流.....................................................................................92
練習4a 選擇海管保溫層厚度...........................................................................93
練習4b 甲醇注入量計算...................................................................................93
練習5 計算段塞流捕集器體積.........................................................................95
第七章 環形輸氣管線................................................................................................97
設定管網計算邊界條件....................................................................................102
運行管網計算并確定集輸能力........................................................................104
管網練習 1 ：數據匯總....................................................................................106
第八章 注水管網系統..............................................................................................109

shamofeiou

好東西，感謝分享！

darren

帖子做的不錯啊

bkqcycyqm

樓主很給力呀，下載了回去看看。

alan_guo

收藏了 哈砰砰砰一下

el_wyw

謝謝啦

maoyao198745

再回復一次，賺點金幣。能夠下載就行。

frankqhw

很好！正好學習用！感謝樓主無私分享！！！

huge1000

樓主不賣錢，好人

李泓霏

謝謝樓主！