Virtual, Instructor-Led | 2 PDH
Event Summary
Overview of reciprocating compressor fundamentals including the compressor, the engine/motor, load-control devices, the gas compression process, and resulting safety concerns. Then, how dynamic usable models, reports, charts, and operating maps are created to assist all company divisions (e.g., Automation & Controls, Gas Control, Data Analytics, Procurement, Reliability Groups, etc.).
Event Summary
Reciprocating and Centrifugal compressors are widely used in the natural gas industry; but when and where to use each technology is less widely known. In this 3-hour virtual training, attendees will learn the key differences between reciprocating and centrifugal compressors, how to size them, and when each is the ideal technology to install. Pros and cons, including financial implications of each technology, will be viewed through the lens of real-world case studies.
This webinar acts as a fundamental baseline on a few key topics discussed in our multi-day Factors in Compressor Station Design workshop. For a more in-depth understanding of compressor station design, attendees are encouraged to also attend the workshop as well.
Event Summary
Combustion Engines are the heart of the Oil & Gas Industry, yielding the power to pump vital elements through pipelines across North America. This introductory course will provide a solid foundation for individuals working on, interested in or responsible for, this equipment. Attendees will be educated through the presentation, demonstration of working models and interaction with the instructor. Join us in exploring a unique perspective on Internal and External Combustion Engines designed specifically for SGA/GMRC.
Virtual Workshop | 8 PDH
Event Summary
This workshop explains the working principles and components of centrifugal compressors and industrial gas turbines used in the oil and gas industry. Performance characteristics of compressors and their drivers are explained. The application of these machines in different oil and gas applications is discussed. Finally, issues of packaging, seals, fuel and air, testing and condition monitoring are addressed.
Virtual, Instructor-Led | 3 PDH
Event Summary
Recent events have moved Green House Gas emissions discussions to the forefront of discussions for all projects. As a result, the industry is clamoring for pathways that lead to being a part of the new Green Economy. One of those paths is Renewable Natural Gas (RNG).
In this 3-hour training course, attendees will learn the general RNG process, and how traditional Gas Transportation facilities can be designed to accommodate it.
Event Summary
Legacy reciprocating engines are critical assets to all pipeline companies. The method in which they are monitored and maintained significantly impacts each asset's overall Reliability and Life Cycle. Combustion stabilization within this equipment has the potential to reduce greenhouse gas (GHG) emissions, extend mean time between failure (MTBF), improve fuel economy and extend useful life.
Virtual, Instructor-Led
EVENT SUMMARY
Ethics and compliance are central to the natural gas industry. It is up to leaders across all levels of their organization to create and sustain a culture of integrity.
This course will train participants to:
*GMRC Members will receive discounted registration.
Virtual Workshop | 4 PDH
In layman's terms, this short course explains how reciprocating compressor cylinders work by focusing on the pressure-volume (P-V) diagram and the governing fundamental thermodynamic principles. This includes discussions of pressure-time and pressure-volume diagrams, volumetric efficiency, capacity, and power as derived from the P-V diagrams, and compression efficiency. It also covers the effects on the P-V diagram of changing conditions (pressure, rotating speed, thermodynamic properties, etc.), gas analysis, temperature, and pulsation. Mechanical design details are covered only very generally. Understanding the pressure-volume diagram and the basic thermodynamics is vital and forms a solid foundation for a deeper understanding of the mechanical aspects.
Virtual Workshop | 2.5 PDH
As the energy industry seeks to decarbonize, CO2 pipelines will be needed at various key gathering and sequestration points to capture, compress and sequester CO2. This course focuses on the machinery for CO2 compression and storage. As operators worldwide begin to capture CO2 at low, nearly atmospheric pressures, the power expended to compress the gas and transport it for sequestration becomes critical. Safe and reliable design will be imperative to support this developing, critical decarbonization market.
Virtual, Instructor-Led
Event Summary
This 2-hour workshop will go over the fundamentals of vibration theory, followed by a discussion on best practices for making vibration measurements. Using these basic theory and measurement techniques, several case histories will be presented and explained to help the attendees understand real-world applications of these principles.
Reciprocating and Centrifugal compressors are widely used in the natural gas industry; but when, where, why, how to use each technology is less understood. In this 3-day training course, attendees will learn the key differences between reciprocating and centrifugal compressors and their associated equipment, how to size and select them, and when each is the ideal technology to install. Pros and cons, including financial implications of each technology, will be viewed through the lens of real-world case studies.
We will provide a recording of all sessions if you are not able to attend one live.
Event Summary
The goal of this training course is to share best practices for data collection and post-processing to identify and correct vibration problems in a compressor station. Case studies will be provided that demonstrate the utilization of thorough vibration and pulsations datasets to identify potential fatigue issues before failures occur, and support mitigation decisions.
Attendees will receive 1.5 Professional Development Hours (PDH) upon completion.
Virtual | 1.5 PDH
Event Summary
The energy transition will impact the Natural Gas industry for the years to come. Reaching zero emissions in compression is attainable, thanks to a mix of current and emerging technologies.
In this paper, we first explain how to quantify the emissions of reciprocating compressors, distinguishing between fugitive, energy-related, and vented emissions. We present three real-world case studies and analyze the lessons learned, quantifying the possible improvements already achievable with today’s technology. Then, we present a practical approach to emission reduction, which can be used as a guideline to reach zero emissions and maintain them over time.
In-Person Workshop | 20 PDH
Internal Combustion Engines (ICEs) and Natural Gas Compression are the heart of the Oil & Gas Industry, yielding the power to pump vital elements through pipelines across North America. The Engine Analyzer & Reliability Workshop has been designed to equip professionals working on, and responsible for, these assets with predictive and preventative maintenance solutions that are easily transferrable to their current work initiatives.
Join your colleagues and other professionals as you are educated through presentations, demonstration of working models and interaction with industry experts from companies all over the United States. Join us in exploring a unique perspective on Natural Gas Engines and Compression in this jam-packed three-day workshop!
PDH: 20 Hours
Virtual, Instructor-Led
Event Summary
This class will provide a high-level, non-technical overview of current US hydrogen consumption, the most widely used hydrogen production processes and existing facilities. It will explore several avenues to produce hydrogen and compare the costs of hydrogen produced from different processes. We will examine the characteristics of hydrogen and compare hydrogen with natural gas as a fuel in direct combustion applications. Finally, we will consider possible challenges and implications for natural gas midstream and downstream facilities and operations arising from blending or substituting hydrogen for methane in natural gas transport and delivery facilities.
Attendees will receive 1.5 Professional Development Hours (PDH) upon completion.
