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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

Hoss Belyadi

Senior Data Scientist/Engineer


Vine Oil & Gas


Hoss Belyadi is a senior data scientist/engineer at Vine Oil and Gas, LP. Additionally, he is the founder and CEO of Obsertelligence, LLC, focused on providing artificial intelligence (AI) in-house training and solutions. Mr. Belyadi has served as an adjunct faculty member at multiple universities, including West Virginia University, Marietta College, and Saint Francis University. There, he taught data analytics, natural gas engineering, enhanced oil recovery, and hydraulic fracture stimulation design. Mr. Belyadi has over 10 years of experience working in various conventional and unconventional reservoirs across the world. He has worked on various machine learning projects and held short courses across various universities, organizations, and the department of energy (DOE). Mr. Belyadi is the primary author of "Hydraulic Fracturing in Unconventional Reservoirs (1st and 2nd editions) and is the author of "Machine Learning Guide for Oil and Gas Using Python." Hoss earned his BS and MS, both in petroleum and natural gas engineering from West Virginia University.

AGENDA HIGHLIGHTS

Perspectives on the evolving regulatory framework and how operators can monitor their carbon footprint. Plus regulators insights into the implementation and new approaches and technologies

Case Studies From Leading Operators On Their Experience:

  • Implementing and building reliable power infrastructures
  • Implementing strategies & technologies for sustainable flare emissions reduction
  • Calculating the impact of upfront capital investment on longer-term operational expenditure
  • Optimal approaches to retrofitting & optimizing existing assets  to reduce greenhouse gas emissions and expenditure
  • Investigating the impact of new modular facility design on fast tracking facility construction
  • Investing new developments in multiphase metering to deliver greater accuracy at the well head
  • Discover how to mitigate gas break out in liquid emulsion though utilizing multiphase flow meters
  • New innovations in technologies for tank venting mitigation
  • Evaluating centralized tank battery designs for their effectiveness in reducing greenhouse gas emissions and expenditure
  • Delivering continuous onsite monitoring to accurately detect, report and mitigate fugitive emissions
  • Overcoming barriers to electrification
  • Power infrastructures for remote facilities: investigating options for supplying electricity to remote areas
  • Generating electrical power to sell back to the grid and industries with needs for additional electrical power
  • Mitigating flare on low and high pressure gas sales
  • Striking the balance between upfront capital investment and automation and longer-term reductions in lease operating expenditure
  • Implementing the right mix of automation applications and technologies to allow the facility to be operated by exception
  • Key insights into how automation implementation is shaping manpower resources and allowing the facility to run lean
  • Utilizing data for facility controls
  • Investing the capabilities of digital technologies to move us beyond  the automated facility to the truly smart facility
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