1. What role does rotating equipment play in an operation’s greenhouse gas emissions reduction efforts?
Rotating equipment, such as compressors and pumps, plays a crucial role in greenhouse gas emissions reduction by preventing methane leaks through advanced sealing technologies like dry gas seals and Seal Gas Recovery (SGR) systems. Upgrading to these solutions can help reduce fugitive emissions and improve operational efficiency.
2. How can fugitive emissions contribute to an operation’s overall carbon footprint?
Fugitive emissions from equipment leaks are a major source of methane emissions in oil and gas operations. Methane is 28-34 times more potent than CO2 over 20 years, making methane reduction mission-critical for net zero goals. Decreasing methane emissions lowers environmental impact and operational losses.
Learn more about how fugitive emissions impact your carbon footprint by downloading our whitepaper, Fueling Net Zero Progress by Curbing Methane Emissions.
3. What is John Crane’s approach to methane detection?
We believe that the most effective route to curbing methane emissions lies in identifying the sources of emissions and providing cost-effective solutions that reduce or eliminate emissions while maximising efficiency. John Crane is committed to helping organisations significantly reduce emissions by supporting operators’ ability to detect and quantify methane leakage.
Learn how leak detection is shaping the future of emissions reduction in our article, The Latest Advancements in LDAR and LDAQ in Shaping the Future of Emissions Reduction.
4. How does John Crane help customers accelerate our emissions reduction progress?
John Crane helps customers by offering a comprehensive range of emissions reduction solutions. These include advanced mechanical sealing technologies, dry gas seals and wet-to-dry gas seal retrofit solutions that can help minimise methane leaks and improve operational efficiency. John Crane’s services include asset management and mitigation plans that support customers in achieving our emissions reduction goals while maintaining reliability.
Explore the role of retrofitting in emissions reduction by reading our article, The Significance of Seal Retrofits on Emissions and Energy Efficiency.
5. What makes John Crane’s emissions reduction solutions “market ready?”
John Crane’s solutions are backed by decades of industry experience and technologies responsible for reducing millions of tonnes of greenhouse gas emissions. Our products, such as the Aura® family of seals and Seal Gas Recovery (SGR) systems, are designed for immediate implementation and provide reliable solutions for emissions reduction.
6. How can dry gas seals help customers achieve our emissions reduction goals?
Dry gas seals, particularly John Crane's wet-to-dry gas retrofit solutions, reduce methane leaks in compressors, helping decrease emissions while enhancing equipment reliability. Over the past decade, these retrofits have helped eliminate approximately 278,000 tonnes of CO2-equivalent emissions annually, making them a critical tool in curbing methane emissions.
7. How does a seal gas recovery system work, and what impact does it have on emissions reduction?
Seal Gas Recovery (SGR) systems capture process gases that would otherwise be emitted during compressor operation. By recovering these gases, SGR systems reduce emissions and enable compliance with stringent environmental regulations while potentially turning a profit from the captured gas. Learn more about seal gas recovery systems by reading our white paper, Curbing CO2 emissions with Seal Gas Recovery Systems.
8. What is the significance of wet-to-dry gas seal retrofits on emissions reduction and energy efficiency?
Wet-to-dry gas seal retrofits drastically reduce methane emissions by preventing leaks commonly associated with wet seals. These retrofits improve plant efficiency, lower environmental footprints and boost compressor reliability, making them a cost-effective solution for emissions reduction and energy conservation.
9. What are some of the most critical barriers to effective Leak Detection and Repair (LDAR) programs?
The most significant barriers to Leak Detection and Repair (LDAR) programs include the difficulty in detecting fugitive emissions, particularly methane leaks, which are often invisible and hard to quantify without advanced technology. John Crane’s solutions address these challenges by providing reliable leak detection technologies and services that allow for better monitoring and rapid repair of leaks.
Learn more about this topic by reading our article, The Latest Advancements in LDAR and LDAQ in Shaping the Future of Emissions Reduction.
10. How is John Crane investing in the future of methane detection and methane monitoring?
John Crane continues to invest in innovative technologies, including advanced Leak Detection and Repair (LDAR) programs and monitoring systems. We look forward to developing solutions that help elevate the accuracy and efficiency of methane detection – and continuing to support our clients’ most ambitious sustainability goals.
11. Where can I learn more about John Crane’s emissions reduction solutions?
You can learn more about John Crane’s emissions reduction solutions by downloading the whitepaper, Fueling Net Zero Progress by Curbing Methane Emissions.
12. Where can I find case studies for John Crane projects that resulted in emissions reduction?
Explore the following case studies to learn how John Crane supports our customers’ emissions reduction efforts:
- Buhasa - "Emissions Reduced at Natural Gas Liquid Extraction Plant in the Middle East by Using John Crane Dry Gas Seals
- Boardwalk - Natural Gas Pipeline Station Reduces Gas Emissions by Switching to John Crane Dry Gas Seals
- Natih - John Crane’s Dry Gas Seals Reduce Gas Emissions for Pipeline Station in the Middle East
13. How can I calculate my current sealing technology’s emissions and costs across a compressor’s lifecycle?
John Crane offers a Lifecycle Cost Calculator, which allows customers to assess the environmental and economic benefits of retrofitting our existing equipment with gas seals and enabling a clearer understanding of potential savings and emissions reductions.
14. How can I discuss my emissions monitoring and emissions reduction goals with John Crane’s team?
Fill out our new energy contact form to discuss your emissions monitoring and reduction goals with our team.