非常规/复杂油藏

将电缆测地层测试与钻杆测试相结合，可释放其潜力

本文对高渗透率和低渗透率气藏中的深部瞬态测试与钻杆测试进行了比较，包括测试选择的意义和最佳实践。

B 场中使用的不同类型 FT 探头的图片。
B 场中使用的不同类型 FT 探头的图片。
来源：SPE 224937。

在东南亚，油藏通常呈层状、薄层状且分隔成多个储层。由于成本和钻井时间的限制，对每个主要储层段进行钻杆测试（DST）并不经济。层间压力瞬态测试（IPTT）和深部瞬态测试（DTT）作为更环保的电缆测试方法被引入。本文提供了在同一口井中同时进行IPTT或DTT钻杆测试的实例。

数字电视数字工作流程

首先，运行功率规划器以确定系统可用最大功率。

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原文链接/JPT
Unconventional/complex reservoirs

Pairing Wireline Formation Testing With Drillstem Testing Unlocks Potential

This paper compares deep transient testing with drillstem testing in a high- and low-permeability gas reservoir, including test-selection implications and best practices.

Pictures of the different types of FT probes used in Field B.
Pictures of the different types of FT probes used in Field B.
Source: SPE 224937.

In Southeast Asia, reservoirs are frequently laminated, thinly bedded, and compartmentalized. Testing every individual (main) zone with drillstem tests (DSTs) is not economical because of cost and rig-time constraints. Interval pressure transient tests (IPTT) and deep transient testing (DTT) have been introduced as greener alternative wireline-testing methods. This paper provides examples wherein DSTs with either IPTT or DTT have been acquired on the same well.

Digital Workflow for DTT

First, a power planner is run to determine the maximum system power available.

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