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.

School

September 13th – 16th, 2027

Papers

OVERALL MEASUREMENT ACCURACY

This paper presents methods for determining the uncertainty of both differential and positive metering stations. It takes into account the type of meter, number of meters in parallel, type of secondary instruments, and the determination of physical properties. The paper then relates this information to potential influence on system balance

ODORANT LEAK MANAGEMENT

All around the world, propane, butane and natural gas must be odorized. The odorization ensures a safe transport, distribution and use of this valuable energy to residential buildings. Regulations vary from one country or state to another.

NEW IDEAS FOR ORIFICE METERING: INCREASING TURNDOWN USING ORIFICE METER TECHNOLOGY & ESG MITIGTIGATION IN ORIFICE METERING SYSTEMS

Well and pipeline flow rates are often variable. Shale wells experience a steep decline curve. Pad drilling can bring on new wells, increasing flow, followed by declining flow in the future. This paper describes a strategy that can be employed to increase the operational flow range over which an orifice meter may be operated, thus …

NEW IDEAS FOR ORIFICE METERING: INCREASING TURNDOWN USING ORIFICE METER TECHNOLOGY & ESG MITIGTIGATION IN ORIFICE METERING SYSTEMS Read More »

NATURAL GAS SAMPLING For CUSTODY TRANSFER

The necessity to be able to take a representative sample of the hydrocarbon product known as natural gas is to ensure proper accounting for transactions and efficient product processing. The various sampling methods that are available and the most widely known options and limitations of these methods are discussed here.

Natural Gas Liquid Measurement-Direct & Inferred Mass

Natural Gas Liquid (NGL) streams consist of mixtures of hydrocarbons including ethane, propane, butane, pentane and natural gasoline. NGL is sometimes referred to as ygrade. The American Petroleum Institute (API) Manual of Petroleum Measurement Standards (MPMS) Chapter 14 Section 7 provides guidance on the mass measurement of NGL.

MEASURING HYDROCARBON AND WATER DEWPOINTS

Hydrocarbon Dew Point (HDP) remains one of the key quality parameters of natural gas streams. Its determination is needed for operational and safety considerations, as well as to satisfy tariffs and regulations in US and overseas pipeline operations.

Natural Gas Measurement Considerations in a Hydrogen Economy

Historically, oil and gas companies have focused on keeping hydrogen out of their pipelines to avoid product contamination, prevent hydrogen embrittlement damage to the steel, and support measurement accuracy. Now, we have an industry-wide shift as part of the “hydrogen economy” to tap into the capabilities of this alternative fuel source.

LIQUID MEASUREMENT STATION DESIGN with NGL CONSIDERATIONS

There are many factors that must be considered to properly design a liquid measurement station. While many of the components of measurement stations are similar, the criterion that determines the equipment to utilize for a given application or product can vary significantly from project to project.

Coming soon