Measurement Uncertainty Analysis / Metrology Books from Integrated Sciences Group

Measurement Analysis / Analytical Metrology Books

Over the past 20 years, ISG personnel have developed numerous benchmark measurement analysis methods and techniques and published them in papers and articles. In addition, we've written the most comprehensive and effective training documents for our measurement uncertainty analysis, calibration interval analysis and measurement decision risk analysis courses. We have taken selected topics from our metrology papers and training materials, updated them and incorporated them into an Analytical Metrology Handbook.

Due to popular demand, we are also offering two Petroleum Engineering books: Steam Distribution & Metering and Practical Aspects of Heat Management. These books are also based on publications and training material developed by ISG personnel. Both books present practical, cost-effective methods for optimizing and managing steamflood and cyclic steam projects..

Analytical Metrology Handbook
This document is intended as a quick-reference handbook of topics in analytical metrology. These topics include measurement uncertainty analysis, measurement decision risk analysis, calibration interval analysis and measurement process control. This handbook is a must for anyone that makes measurements or manages measurement technology.

Steam Distribution & Metering
This book covers the basic concepts of steam generation, two-phase steam properties, and flow of steam through surface lines, pipe tees and control valves. A comprehensive review of steam flow splitting, rate control and metering devices used in the petroleum industry is presented along with a set of guidelines for selecting the appropriate methods and devices for improved distribution and monitoring of steamflood and cyclic steam projects.

Practical Aspects of Heat Management
This engineering book contains key technical topics covered in our Steam Distribution & Metering and Subsurface Heat Management workshops. This book provides practical information that facilities, reservoir and production engineers can use to improve project profitability through sound surface and subsurface heat management practices.