Sections

ASME Apollo Subsection: High Pressure Non-Lube H2 Compression

November 09 6:00PM - November 09 9:00PM, 2022

09 November 6:00 - 09 November 9:00, 2022

Wednesday - Wednesday Waller, Texas, USA
Learn More and Register

Description

Join us on November 9th with speakers Johann Scherer-Brown/Business Development: Americas and Oliver Franz/Sales Manager H2 for Mobility & Energy to learn more about high pressure non-lube H2 compression. For hydrogen compression applications where gas purity is highly critical non-lubricated piston compressors offer a superior technological advantage when compared with other compressor types. The key advantage of oil-free compressors is the purity of the compressed hydrogen, being able to meet the most stringent requirements for H2 Liquefaction Plants and Fuel Cell Vehicles without any risk of contamination. Oil-free compression systems, require diligent engineering of the gas sealing elements to achieve maximum uptime, ensuring long MTBO (Mean Time Between Overhaul) cycles. This technical presentation will describe the key requirements needed to provide compressor MTBO in most demanding oil-free high pressure and high mass flow applications. Meeting Agenda: * 6:00 PM CDT Sign-In at the Shop (In-person); * 6:30 PM CDT Shop Tour (In-person) Bring Safety Glasses & Closed Toed Shoes; * 7:00 PM CDT Hot Catered Dinner (In-person); * 7.30 PM CDT Business Announcements and Presentation (In-Person and Online); * 8:30 PM CDT Adjourn

Venue & Location

Burckhardt Compression
19750 FM 362
Suite 100
Waller, Texas, USA

More Venue & Location Information

In person event with online option - November 9, 2022 at 6pm Central Time. Visit the registration page above to learn how to attend.

Event Host

ASME Apollo Subsection - Houston, TX, USA

Additional Information

This event is being organized by volunteers of the ASME section. ASME in-person activities will follow the state and local laws, regulations and guidelines regarding COVID-19 applicable to the location of the event.

You are now leaving ASME.org