CONTINUOUS MONITORING SPONSOR
LIQUID & EMISSIONS MANAGEMENT SPONSOR
USING GAS TO MOVE GAS SPONSOR
PRODUCTION FLOWLINE SPONSOR
ELECTRIC ACTUATION SPONSOR
METHANE EMISSIONS REDUCTION SPONSOR
COILED LINE PIPE SPONSOR
SPOOLABLE COMPOSITE PIPE SPONSOR​
COST-SCALABLE CONTINUOUS METHANE CAMERA SPONSOR
GLOBAL EMISSIONS MONITORING SPONSOR
SAND CONTROL AND MEASUREMENT SPONSOR
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
Christine Ehlig-Economides
Professor of Petroleum Engineering
University of Houston
Dr. Christine Ehlig-Economides is Professor and Hugh Roy and Lillie Cranz Cullen Distinguished University Chair at the University of Houston. Prior to her current position, Ehlig-Economides taught at Texas A&M University for ten years and worked twenty years for Schlumberger.
While at A&M, she managed research in production and reservoir engineering in conventional and shale reservoirs and helped the petroleum engineering department to grow and evolve to a broader energy scope that she now leverages toward research related to the energy transition.
Ehlig-Economides was elected to the U.S. National Academy of Engineering in 2003 and was a member of the National Academy of Science Committee on America’s Energy Future and the NRC Board on Energy and Environmental Systems (BEES). She chaired The Academies of Medicine, Engineering, and Science in Texas (TAMEST) shale task force in 2017. She currently is a Board member for QRI. She became an Honorary Member of the Society of Petroleum Engineers in 2018.
Ehlig-Economides earned a Bachelor of Arts in Math-Science from Rice University, a Master of Science in chemical engineering from the University of Kansas, and a Ph.D. in petroleum engineering from Stanford University
SUPPORTERS
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