Speakers:
Rhett Finch, Marathon Petroleum Corporation
Matt Hutchinson, Axens North America
Alex Kniuksta, Honeywell UOP
Alex Sabitov, Phillips 66
Russ Wiltse, Valero Energy Corporation
Artificial Intelligence, Advanced Process Controls
Facilitator:
Atique Malik, AIControl LLC
Speaker:
Yangdong Pan, Delek US
Toni Adetayo, Imubit, Inc.
Multi-unit optimization has long been a complex issue in the oil and gas industry. Despite efforts using first-principle models or empirical approaches, challenges persist. However, the emergence of machine learning and AI technologies offers an alternative solution. In particular, AI-based process control technology has shown promise for multi-unit optimization. This session will delve into an example using a distillate system optimizer to understand how these AI models address large-scale optimization challenges and how parent and child models collaborate.
Participants will learn:
The strength of the technology and its high flexibility of handling core issues
How the technology deals with the availability of individual units, and cooperates with unit controllers from other advanced control technologies
How to sustain the technology’s performance and benefits
Artificial Intelligence, Advanced Process Controls
Facilitator:
Atique Malik, AIControl LLC
Speaker:
Yangdong Pan, Delek US
Toni Adetayo, Imubit, Inc.
Multi-unit optimization has long been a complex issue in the oil and gas industry. Despite efforts using first-principle models or empirical approaches, challenges persist. However, the emergence of machine learning and AI technologies offers an alternative solution. In particular, AI-based process control technology has shown promise for multi-unit optimization. This session will delve into an example using a distillate system optimizer to understand how these AI models address large-scale optimization challenges and how parent and child models collaborate.
Participants will learn:
The strength of the technology and its high flexibility of handling core issues
How the technology deals with the availability of individual units, and cooperates with unit controllers from other advanced control technologies
How to sustain the technology’s performance and benefits
Speakers:
Dan Harbs, Veolia Water Technologies and Solutions
Kevin Harkness, Monroe Energy, LLC
Case studies will be presented highlighting different fouling mechanisms, the impact of fouling on bottoms circuit equipment and MF operation, and methods to mitigate fouling and clean-up the circuit for improved operation.
Facilitators:
Todd Hochheiser, Johnson Matthey
Bill Wilson, TPM Solutions
Speakers:
Matt Berens, ECI
Peter Blaser, CPFD LLC
Tiffany Clark, Marathon Petroleum Corporation
CJ Farley, TPM Solutions
Robert Mongomery, Chevron U.S.A. Inc.
Proactively Managing FCC Reliability and Performance: Two Refinery Case Studies
1. Controlling Erosion in teh FCCU: Classification and Engineered Porperty Control of FCC Catalysts and Additives
Presenters: Tiffany Clark, Marathon Petroleum; CJ Farley TPM Solutions; Matt Berens, ECI
2. Chevron Pascagoula FCC Regenrator Optimization Modeling
Presenters: Peter Blaser, CPFD LLC; Robert Mongomery, Chevron USA
Two FCC case studies will be presented where fundamental modeling and the implementation of the model outputs were used to improve FCC reliability and performance. Marathon Galveston Bay utilized catalyst and additive classification and property control to reduce erosion and catalyst losses. Chevron Pascagoula applied computational particle fluid dynamics to propose and implement regenerator changes to improve catalyst retention and combustion kinetics. In this session, study details and the resulting FCC benefits are reviewed.