WHO SHOULD ATTEND
This 3-day Conference Has Been Designed For Job Functions Including:
- CEOS
- COOs
- VPs of Operations
- VPs of Facilities
- VPS of Engineering
- VPs of EHS&R
- Regulatory Directors
- Senior Facilities Engineers
- Production Engineers
- Automation Specialists
- Data Scientists
- Senior Operations Managers
- Production Superintendents
- Facility Engineering Directors
- Environmental Managers
- Automation Leads
CROFT PRODUCTION SYSTEMS
The founder, Preston Croft worked in the oil and gas industry since 1975 after witnessing a TEG explosion while relighting the burner it sparked an innovative notion, "there has to be a better way.” With the aim to be 100% emission-free, with no moving parts or open flames, CROFT’s Passive Dehydration System® was born. The Passive Dehydration System is a solid desiccant dehydrator that is a safe, easy, and effective method for natural gas dehydration. Benefiting environmentally, economically, and safety to personnel.
Croft Production Systems was then established which is constantly researching and developing ways to improve solutions for natural gas processing, existing product lines, and market expansion. Under the leadership of Cameron Croft, current CEO of Croft Production Systems, CROFT has created a diversified natural gas and oilfield equipment company that offers a full product and service portfolio of production/processing equipment and a proprietary suite of emissions-free technology, all focused on delivering turnkey solutions. With the mission in mind to become “The” Natural Gas Processing Company.
CROFT’s product line consists of but is not limited to amine plants, Passive Dehydration Systems®, fuel-gas conditioning, chemical injection systems, bullet tanks, Glycol Dehydrators, JT systems, natural gas coolers, & separators.
AGENDA HIGHLIGHTS
Hear From Operators, Screened Suppliers And Trusted Manufacturers Bringing A Wealth Of Real World Experience And Technical Information To The Table With No Sales Pitches
DAY ONE & TWO: LINKING EMISSIONS REDUCTION & ESG INTO EFFICIENCY OPTIMIZATION
- Implementing New Technologies & Techniques For GHG Emission Reduction And To Operate The Entire Upstream Facility More Efficiently: Address Fugitive Emissions, Limit Flaring, Capture Gas, Meet Leak Detection Requirements, Evaluate New Vapour Recovery Technology, Update Valve Designs, Improve Compression Efficiency & Carry Out Separation Processing With A Smaller Footprint
- Justifying The Value Of New Emission Reduction Projects For New & Legacy Assets, Operating In Different Situations
- Tankless Systems Versus Conventional Tank Designs
- Optimizing Equipment To Capture & Monetize Product Or Reduce Fuel Burn
- Get Ahead Of New State Regulations Setting The Bar Higher On Flare Reduction & Emissions Reporting
DAY THREE: CASE STUDIES ON FURTHER OPTIMIZING EFFICIENCY TO MAKE MONEY
- Solutions For Optimizing Large Multi-Well Pad Set-Ups & Revisiting Multi-Phase Metering
- Justify Expanding Facilities Automation Projects To Reduce Emissions & Deliver Efficiency Gains
- Sharing Creative Solutions To Address Supply Chain Bottlenecks, Escalating Material Costs & Manpower Shortages
- Case Studies On The Implementation Of Asset Integrity Programmes For Safety-Critical Pressure Vessels & Legacy Equipment With Limited Historical Data