ASGMT has been providing Oil & Gas end-user personnel, manufacturing employees and university students the opportunity to obtain technical training from over 115 lecture classes and 48 hands-on equipment training classes.

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September 11th – 14th, 2023

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Registration for the 58th ASGMT School is now open. Click on My ASGMT to login or setup your account to register.

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Make sure to book your hotel room at the Marriott Westchase Hotel

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Early Bird Registration is $175 and ends September 1st. Register now to take advantage of the reduced price.

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Future School Dates
  • September 16th – 19th 2024
  • September 14th – 17th 2026
  • September 15th – 18th 2025
  • September 13th – 16th 2027
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PAPERS at asgmt

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January 12, 2004

  • AUTHOR: LARRY K WUNDERLICH

TRANSFER PROVING Transfer proving was initially developed to provide an easier and more accurate field meter proving method. Because of the capacity capabilities of transfer provers (2000 CFH to 80,000 CFH) transfer provers are utilized in meter shops where bell prover capacity is limited and allow for shop testing of the larger capacity meters

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January 12, 2004

  • AUTHOR: King Poon

LOCAL AND WIDE AREA NETWORKING OF GAS FLOW COMPUTER Communication has been around ever since man developed language and hand signs to exchange and share ideas. Smoke signals were used in the ancient world to send information from one place to another. In fact, a smoke signal is one form of wireless communication. The advance in semiconductors, communication, network and computer technology has led…

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January 12, 2004

  • AUTHOR: Daniel J. Rudroff

ONSITE PROVING OF GAS TURBINE METERS FIELD TESTING OF HIGH PRESSURE GAS TURBINE METERS USING PORTABLE PROVER TECHNIQUES. With the increased use of Natural Gas as a fuel, higher natural gas prices, and the new federal regulations, buyers and sellers of natural gas are seriously looking at ways to improve their natural gas measurement and reduce the unaccounted for natural gas. An error in measurement of only one tenth of one percent (0.1%)…

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January 12, 2004

  • AUTHOR: Thomas G. Quine

DESIGN AND INSTALLATION OF A COMPLETE MEASUREMENT & CONTROL FACILITY This presentation is intended to illustrate the implementation of a successful project. These principles can be applied to measurement and control projects, LNG projects, and LPG projects. The strategy presented involves performing through preliminary engineering, performing final design and procurement, qualification of installers, construction, testing, commissioning and finally, training and documentation

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January 12, 2004

  • AUTHOR: Kenneth S. Parrott

PRINCIPLES OF NATURAL GAS ODORIZATION In the one hundred and thirty years, or so that we have known natural gas as a fuel source in the United States, the demand for natural gas has grown at an astounding rate. There is virtually no area of North America that doesn’t have natural gas provided as an energy source. The methods of…

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January 12, 2004

  • AUTHOR: Karl Stappert

CORIOLIS METERS FOR GAS MEASUREMENT Coriolis meters have gained worldwide acceptance in liquid applications since the early 1980’s with an installed base or more than 350,000 units. Newer designs have shown greatly improved low-flow sensitivity, lower pressure drop, and immunity to noise; factors which now enable their successful use in gas-phase fluid applications. With more than 20,000 units on gas…

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January 12, 2004

  • AUTHOR: Rick Feldmann

HOW TO PERFORM A LOST & UNACCOUNTED-FOR GAS PROGRAM Many gas pipeline companies struggle with lost-andunaccounted- for-gas (L&U) and it can be a significant cost to their bottom as shown below. As shown in this inset, by reducing L&U from 6/10 percent to 1/4 percent, a typical company with a 2 Bcf daily throughput could achieve $10 million annually in bottom line benefits based…

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January 12, 2004

  • AUTHOR: Doug Osburn

AUTOMATION SYSTEMS FOR GAS TRANSMISSION AND DISTRIBUTION PIPELINES The automation systems that control and measure natural gas flow in transmission and distribution pipelines often involve two systems. The system that controls the gas flow in a pipeline is called a SCADA (Supervisory Control and Data Acquisition) system and an AMR (Automated Meter Reading) system measures the amount of gas flowing into, and out…

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January 12, 2004

  • AUTHOR: Mike Haydell

UNACCOUNTED-FOR GAS Unaccounted-for gas can be defined as the “difference between the amount of gas purchased and the amount of gas sold through a measured gas distribution system.” This difference is commonly described as a percentage of gas purchased: “PERCENT UNACCOUNTED-FOR GAS.”

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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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