Welcome to Cook Compression U

Cook Compression U is a new webinar series designed to give you knowledge and tools to evaluate your compressors’ operation and make decisions that drive profit. Experienced members of our engineering and sales teams will discuss compressor fundamentals, common challenges, best practices and proven solutions. Each 1-hour session will also provide an opportunity for you to ask questions.

With webinar topics focused on topics such as common reciprocating compressor challenges, failure modes and maintenance best practices, Cook Compression U is designed to help you do your job.

Recorded Webinars

Addressing Common Reciprocating Compressor Challenges

For the February 2021 EU presentations, click here.

Improve Valve Reliability
June 10, 2020

For most compressor operators, valve failure is the most common cause of unplanned compressor shutdowns. Attend our 1-hour webinar to better understand why valve failures are so common and what you can do about it. We will address best practices for valve maintenance, as well as how to evaluate when a valve upgrade may become the more economical solution. Attendees will have an opportunity to ask questions of our experts.

Extend Wear Component Life
June 17, 2020

Like compressor valves, pressure packing cases, piston rings and rider bands will see many millions of cycles per year and are critical compressor components. Explore the factors affecting component life, review maintenance best practices, and assess possible modifications that can help extend your maintenance intervals.

Limit Packing Case Leakage
June 24, 2020

The packing case is the primary source of reciprocating compressor fugitive emissions. This webinar will cover the fundamentals of packing case operation and discuss three ways to reduce leakage along the piston rod. Among the topics, we will cover effective packing case sealing when a compressor is in standby mode.



Failure Modes, Wear Patterns and Maintenance Best Practices

Troubleshooting Valve Failures
July 8, 2020

Take an in-depth look at compressor valve failures, including mechanical failure mechanisms and environmental causes. We will examine common wear patterns and critical information for identifying the root cause of failure. The webinar will also address critical steps you can take to reduce valve failures.

Troubleshooting Rod Packing Wear
July 15, 2020

Worn rod rings create leak paths for fugitive emissions in reciprocating compressors. Review common failure mechanisms and wear patterns for rod rings, as well as indicators of wear in compressor monitoring outputs. The webinar will also introduce several solutions that address frequent causes of wear, such as high pressures and frictional heat on the piston rod.



Minimizing Fugitive Emissions and the Carbon Footprint of Reciprocating Compressors

Limiting Fugitive Emissions by Reducing Packing Case Leakage
March 31, 2021

Hydrocarbon gas leakage from oil and gas compression machinery has been cited as a major contributor of greenhouse gases by both the US EPA and DOE. Gas compressors have many potential leak sources where improvements can be made, either through new technology or improved maintenance and operational practices. This webinar focuses specifically on packing cases and the factors affecting packing life. We review maintenance best practices, assess possible modifications and demonstrate Cook Compression’s capabilities to minimize and control emissions.

Lowering the Carbon Footprint through an Optimized Compressor Configuration
April 7, 2021

Reciprocating compressors that operate in a suboptimal configuration can lead to excessive and unnecessary carbon emissions. The root cause of these emissions is varied, yet most directly relate to operational efficiency and the negative ramifications of unplanned shutdowns, especially where flaring is utilized. This webinar provides detailed insight into common reciprocating compressor performance and reliability pain points and how they can be addressed. Cook Compression experts review how cylinder valves and ancillary components contribute to excessive emissions.



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