Pyrolysis is the thermal conversion of biomass, municipal waste and/or plastic in the absence of oxygen to produce a liquid product. This pyrolysis oil product will have various properties depending on the feedstock and technology. However, it can be further refined through e.g. hydrotreatment or co-processing in an FCC unit to produce steam cracker feed or other products. This session will focus on plastic pyrolysis technology and the role Refiners will play in enabling a circular economy for plastics.
Facilitators:
Cliff Avery, Ketjen Corporation
Matthew Goodwin, BASF Corporation
Speakers:
Jeremy DeBenedictis, Alterra Energy
Outi Teras, Neste
The Energy Transition to a lower carbon future will play a significant role in the Refining Industry. How our industry – in the US and around the world - will adapt to changing market conditions going forward is evolving. However, the US will be well positioned to take advantage of opportunities. This session will highlight challenges and concerns that will impact our Refining outlook.
Facilitator: Susan Grissom, AFPM
Speakers:
John Auers, RBN energy
Alan Gelder, Wood Mackenzie
Debnil Chowdhury, S&P Global
Several new technologies have been developed to produce renewable fuels and petrochemical products. However, monetization of these new renewable streams is important to justify commercialization and utilization. This session will highlight IRA and ISCC+ incentives for monetization.
Facilitator: Jeff Sexton, Marathon Petroleum Corporation
Speakers:
Bill Kessom, GreenStar BCS
Soheil Razjouyan, GreenStar BCS
The carbon intensity of Reforming Units is inherently one of the higher processes in the refinery due to its energy requirements. This presentation will explore ways to improve carbon intensity with various equipment upgrades, as well as showing the positive impact that optimal catalyst performance can have on reducing Carbon Intensity.
Speakers:
Rhett Finch, Marathon Petroleum
Sujoy Ganguly, UOP
Tyler Krupp, Axens North America
Yaz Seif, Marathon Petroleum Company
AFPM released the 4th edition of the Sustainability Report. This report highlights the myriad of examples of the work of AFPM members to deliver on their commitment to sustainably provide the critical fuel and petrochemical products that growing global populations need to thrive.
Ottawa, Canada — As the fourth session of the United Nation’s Intergovernmental Negotiating Committee (INC-4) to create a global agreement on plastic pollution concluded Monday in Ottawa, AFPM released the following statement.
Refiners and petrochemical manufacturers are proving that using oil and gas while reducing emissions is not a zero-sum game. By integrating cutting-edge technologies and developing lower emissions products, they are enabling global communities to enjoy the benefits of life-enhancing fuels and petrochemicals, all while significantly lowering emissions across the economy. This transformative approach is paving the way for a future where energy efficiency and environmental stewardship go hand in hand.
The presentation aims to delve into the critical aspects of process safety in renewable diesel and Sustainable Aviation Fuel (SAF) manufacturing, addressing the challenges and opportunities inherent to the transition towards sustainable energy solutions. As renewable technologies, particularly renewable diesel and SAF, continue to evolve, ensuring robust process safety mechanisms is paramount to mitigate risks and enhance operational reliability.
We'll explore various incidents and lessons learned shared by leading operating companies in the renewable sector. These real-world examples will illustrate the complexities and potential hazards associated with renewable diesel and SAF operations, emphasizing the importance of stringent safety protocols, proactive risk management strategies and rapid integration of lessons learned.
Moderator:
Eric Legare, Chevron U.S.A. Inc.
Speakers:
Paul J. Dofton, Marathon Petroleum Corporation
Stephanie Hadden, Chevron U.S.A. Inc.
Kamyar Keyvanloo, Phillips66
Maggie McDaniel, Calumet Speciality Products Partners, L.P.
This panel session will explore how operating companies leverage industry good practices and advanced computing technology to swiftly process predictive analytics. It will also cover the use of high-performance HMI graphics and effective alarm management to enhance situational awareness.
Participants will:
· Learn how analytics (predictive, process conditions nearing an operating limit, reliability focused machine learning, corrosion prediction tied to IOWs, etc.) can assist with identifying pre-abnormal conditions and take appropriate actions to avoid an abnormal situation (prevention).
· Learn how high-performance HMI graphics can improve situational awareness to detect abnormal situations before alarms occur and perform required action(s) faster to avoid consequences.
· Understand the aspect of dealing with abnormal situations is alarm management. It is essential to maximize the time available for operators to respond while keeping the number of alarms triggered at a minimum. Preventing abnormal situations before the alarms activate keeps the console operators focused on the operation without having to manage an abnormal event.
See related presentations on the AFPM Safety Portal at https://safetyportal.afpm.org/
Moderator:
Tim Olsen, Emerson Automation Solutions
Speakers:
Carlos Acosta, Phillips 66
Vance Flosenzier, INVISTA
David Lee, User Centered Design Services, Inc.
Marsha Wisely, Athion
