The American School of Gas Measurement Technology (ASGMT) has never turned its back on change since its founding in 1966. Instead, it has consistently embraced progress and pursued new ways to strengthen our industry and support the development of our students. This year is no exception. After 25 years at our previous venue, ASGMT has proudly relocated to The Woodlands Waterway Marriott Hotel and Conference Center. This move underscores our continued commitment to remaining at the forefront of industry evolution and delivering the highest‑quality experience for our students and the broader measurement community.
any (likely most) gas pipeline companies struggle with lost-and-unaccounted-for-gas (L&U) and it can be a significant cost to their bottom line as shown below. As shown in this inset, by reducing L&U from 0.6 percent to .25 percent, a typical company with a 2 BCF daily throughput could save Over 7.6 million dollars annually based …
HOW TO PERFORM A LOST & UNACCOUNTED-FOR GAS PROGRAM Read More »
Measuring natural gas is both a science and an art. Guidelines and industry practices explain how to accurately measure natural gas. The ‘art” comes in trying to minimize errors and prevent measurement problems. However, sometime it’s easier to explain “how not” to measure gas when reviewing measurement errors. Measurement errors can be caused through poor …
Flow conditioning is one of the most critical aspects dealing with any type of volumetric flow metering. Flow conditioning is the final buffer between the flow meter and the upstream piping layout and is responsible for eliminating swirl, restoring flow symmetry and generating a repeatable, fully developed velocity flow profile. Even though modern advancements have …
Fluid FLOW CONDITIONING FOR METER ACCURACY AND REPEATABILITY Read More »
With the recent release of the Green House Gas Regulations, the increased visibility of flaring natural gas and increased awareness of royalty owners, the ability to accurately measure and account for the amount of product flared from a facility has become increasingly important to regulators, royalty owners and operators. In the past, flare gas was …
Pressure calibration is as important today as it has been for a very long time, but the way calibration is performed and the equipment used to do it has changed drastically. In the past it was a standard practice to use a primary standard for pressure calibration. That standard was normally a dead weight tester …
Measurement requires the highest level of ethical integrity in an industry that relies on ethical integrity at every level. A measurement professional is the provider of data to all the other professionals involved in the petroleum industry. If the measurement professional fails at their assigned duties, all the other branches of this industry make decisions …
The use of electronics is evolving in the measurement industry. The technology of measurement and control has evolved over the past few decades. Systems have moved from mechanical devices that were read on site to early versions of electronic systems that were polled infrequently. Current systems can control several devices such as pumps, meters or …
PRACTICAL APPLICATION OF ELECTRICAL CIRCUITS IN MEASUREMENT Read More »
One of the most common measurement errors and the most difficult to identify in natural gas metering systems is that caused by pulsating flow. It is important to understand the effects that pulsations have on the common types of flow meters used in the gas industry so that potential error-producing mechanisms can be identified and …
EFFECTS AND CONTROL OF PULSATION IN GAS MEASUREMENT Read More »
Flow is one of the four major physical measurements in processes. Flow meters may be classified in four categories: differential pressure, velocity, mass and positive displacement or volumetric. Each category has advantages and disadvantages; however, the focus of this paper will be the differential pressure flow meters. Differential pressure (dP) flow meters include flow elements …
INTRODUCTION TO DIFFERENTIAL PRESSURE PRODUCING PRIMARY FLOW ELEMENTS Read More »
The data produced by Gas Chromatograph (GC) laboratories is used for many purposes, including product specification,
accounting, safety and environmental compliance issues. The accuracy of this data has direct impact on all of these areas. Auditing laboratories responsible for producing this data is prudent business practice. The audit will provide a means of process improvement, through proper identification of deficiencies and a precise plan for corrective action. The level of confidence in analytical results will increase when the appropriate corrective actions are implemented. The amount of financial and legal exposure can be reduced from a properly executed audit program.
ASGMT is dedicated to training, education, and creating a better future through the people who learn from us. As the largest gas measurement school in the United States, we are devoted to natural gas measurement, pressure regulation, flow control, and other measurement related arenas.
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