Sentrix Gas Flow Meters
Sentrix™ gas flow meters are a cost-effective means to detect and quantify compressor seal leakage and meet EPA requirements for reporting reciprocating compressor rod packing emissions.
Minimize Fugitive Emissions
Explore Best Practices in a Two-Part On-Demand Webinar Series
Limiting Fugitive Emissions by Reducing Packing Case Leakage
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
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.
LEARN MORE ABOUT EMISSIONS MANAGEMENT
Controlling Compressor Emissions
Across the natural gas industry, measuring and controlling fugitive emissions has become a priority – to comply with regulations and to maximize natural gas recovery.
The experts at Cook Compression can provide a full system assessment and consult with operators on options to meet company objectives.
Identifying the Source of Emissions
Compressor emissions often originate from multiple sources, and several measures may be needed to achieve the desired level of control.
The most common source of fugitive emissions is the packing case:
- Along the piston rod
- Through the packing case nose gasket
- Between packing case cups
Other sources of fugitive emissions from the compression cylinder may include:
- Oil wiper packing
- Valve cover gaskets
- Valve unloader packing
- The distance piece vent/drain
Related Case Study
California Gas Producer Hits Emissions Target with Cook
To help a major gas producer meet local requirements to reduce cylinder emissions on 90% of its reciprocating compressors, Cook Compression implemented a comprehensive upgrade of cylinder-end components. At the heart of the upgrade was the COOK CLEAN® sealing system – a solution that also significantly improved packing case life.
Featured Products & Services
COOK CLEAN Purged Packing
By leveraging field-tested technologies and engineering innovation, COOK CLEANTM sealing systems are proven to lower fugitive emissions to near zero.
Low-Emissions Rod Packing
Minimize reciprocating compressor gas leakage at its primary source – in the packing case along the piston rod. Cook Compression low-emissions rod packing uses gapless rings and dynamic sealing based on pressure to eliminate leak paths and seal more effectively.
Expert Repair and Service
Gas leakage in compressors is not always caused by worn rod rings. Component wear on case and rod assemblies also contribute. Cook restores components to factory specifications and can make recommendations for upgrades.
Project Services
Get a complete appraisal of your equipment and emissions control options. Our projects group take a comprehensive approach to analyzing flows and systems to identify the most effective solutions.
Contact Us
Every emissions problem is unique. Contact Cook Compression for the optimal solution for your application, environment and emissions goals.
Downloads
- Emissions Solutions Overview
- “Technologies, Best Practices Helping Producers Manage Compressor Emissions” (American Oil & Gas Reporter, March 2013)
