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The Effect of Wellbore Temperature Changes and Frictional Losses on Well Test Interpretation Results

The Effect of Wellbore Temperature Changes and Frictional Losses on Well Test Interpretation Results

by laura | Oct 27, 2016 | Articles, Technical Papers

READ NOW Abstract With the widespread use of downhole pressure gauges (DHPGs) to measure and record downhole pressures in oil and gas wells, engineers have been able to eliminate/reduce the wellbore effects that can mask true reservoir response. However, not every...
Using the Results from Automated Petroleum Engineering Calculations to Accelerate Decision Workflows

Using the Results from Automated Petroleum Engineering Calculations to Accelerate Decision Workflows

by laura | Oct 16, 2014 | Technical Papers

With the advent and common usage of high-resolution tree gauges, downhole permanent pressure/temperature gauges, and continuous flow measurement, many of the common petroleum engineering calculations and analysis tools for production systems can and have been...
Predicting the Arrival of an Interference Response in a Direct Communication Test

Predicting the Arrival of an Interference Response in a Direct Communication Test

by laura | Oct 24, 2012 | Technical Presentations

This comprehensive resource discusses methods for predicting the arrival of an interference response in a direct communication test. It covers types of interference tests, reservoir physics, and assumptions, along with case studies and mathematical modeling. The...
A Methodology for Reducing Bias in the Design & Evaluation of Hydraulic Fractures

A Methodology for Reducing Bias in the Design & Evaluation of Hydraulic Fractures

by Anna Swierczewski | Oct 23, 2012 | Technical Presentations

Review an in-depth analysis of the biases in hydraulic fracturing. This technical presentation emphasizes the importance of a systematic approach in frac design and evaluation, discussing the various types of biases commonly encountered. It elaborates on key...
A Methodology for Reducing Bias in the Design & Evaluation of Hydraulic Fractures

A Methodology for Reducing Bias in the Design & Evaluation of Hydraulic Fractures

by laura | Aug 24, 2012 | Technical Papers

READ NOW Abstract The purpose of this paper is to present a framework to reduce bias in the design and evaluation of hydraulic fractures. When we mention “bias”, we are referring to human nature. If someone knows what the answer is supposed to be (what someone else...
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