Track 1
Track 2
Day 1 morning
Sponsor welcome address
Sponsor welcome address
Day 1 | 09:25 - 09:30
Track 1
Corey VanDercook
Manager, Lubricants Business Development
CITGO Lubricants
LEADERSHIP PANEL: Future Fuels and Their Impact on Lubricant Requirements
LEADERSHIP PANEL: Future Fuels and Their Impact on Lubricant Requirements
Day 1 | 09:30 - 11:00
Track 1
As global energy demand accelerates and decarbonization targets tighten, investment in clean energy is soaring. According, to the International Energy Agency, “global investment in low-emission fuels continued to experience strong growth in 2022, reaching USD 13 billion. A large part of this investment was in liquid biofuels (USD 9.4 billion) and biogases (USD 2.7 billion). Liquid biofuels accounted for around 80% of the investment growth in 2022, while investments in biogases contributed 4%. The remainder was from investments in low-emission hydrogen production, which reached USD 1.2 billion in 2022, almost quadrupling the 2021 figure.” From breakthroughs in hydrogen and biofuels to advancements in e-fuels, the transportation sector is developing new propulsion systems, which will require new lubricant technologies.
Join the opening plenary panel where industry leaders share insights on:
- How is the lubricant industry supporting lower carbon mobility?
- How are current trends in the automotive market impacting lubricant formulation?
- Is there a long-term future for the internal combustion engine? What other propulsion technologies are being developed?
- What are the alternative fuels, and which fuels are going to win in which markets?
- What are the legislative and regulatory drivers across the globe?
- How can hydrogen be used for decarbonization? What are its applications?
- How will alternative fuels such as hydrogen and ammonia impact lubricant formulations and performance requirements?
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Anthony Odak
COO
John W. Stone Oil Distributor LLC
Jean-Dominique Bonnet
Director, Advisory
Frost & Sullivan
Troy Muransky
Lead Organic Materials Engineer
American Axle & Manufacturing
LEADERSHIP PANEL: Future Fuels and Their Impact on Lubricant Requirements
Day 1 | 09:30 - 11:00
Track 1
As global energy demand accelerates and decarbonization targets tighten, investment in clean energy is soaring. According, to the International Energy Agency, “global investment in low-emission fuels continued to experience strong growth in 2022, reaching USD 13 billion. A large part of this investment was in liquid biofuels (USD 9.4 billion) and biogases (USD 2.7 billion). Liquid biofuels accounted for around 80% of the investment growth in 2022, while investments in biogases contributed 4%. The remainder was from investments in low-emission hydrogen production, which reached USD 1.2 billion in 2022, almost quadrupling the 2021 figure.” From breakthroughs in hydrogen and biofuels to advancements in e-fuels, the transportation sector is developing new propulsion systems, which will require new lubricant technologies.
Join the opening plenary panel where industry leaders share insights on:
- How is the lubricant industry supporting lower carbon mobility?
- How are current trends in the automotive market impacting lubricant formulation?
- Is there a long-term future for the internal combustion engine? What other propulsion technologies are being developed?
- What are the alternative fuels, and which fuels are going to win in which markets?
- What are the legislative and regulatory drivers across the globe?
- How can hydrogen be used for decarbonization? What are its applications?
- How will alternative fuels such as hydrogen and ammonia impact lubricant formulations and performance requirements?
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Anthony Odak
COO
John W. Stone Oil Distributor LLC
Jean-Dominique Bonnet
Director, Advisory
Frost & Sullivan
Troy Muransky
Lead Organic Materials Engineer
American Axle & Manufacturing
LEADERSHIP PANEL: Future Fuels and Their Impact on Lubricant Requirements
Day 1 | 09:30 - 11:00
Track 1
As global energy demand accelerates and decarbonization targets tighten, investment in clean energy is soaring. According, to the International Energy Agency, “global investment in low-emission fuels continued to experience strong growth in 2022, reaching USD 13 billion. A large part of this investment was in liquid biofuels (USD 9.4 billion) and biogases (USD 2.7 billion). Liquid biofuels accounted for around 80% of the investment growth in 2022, while investments in biogases contributed 4%. The remainder was from investments in low-emission hydrogen production, which reached USD 1.2 billion in 2022, almost quadrupling the 2021 figure.” From breakthroughs in hydrogen and biofuels to advancements in e-fuels, the transportation sector is developing new propulsion systems, which will require new lubricant technologies.
Join the opening plenary panel where industry leaders share insights on:
- How is the lubricant industry supporting lower carbon mobility?
- How are current trends in the automotive market impacting lubricant formulation?
- Is there a long-term future for the internal combustion engine? What other propulsion technologies are being developed?
- What are the alternative fuels, and which fuels are going to win in which markets?
- What are the legislative and regulatory drivers across the globe?
- How can hydrogen be used for decarbonization? What are its applications?
- How will alternative fuels such as hydrogen and ammonia impact lubricant formulations and performance requirements?
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Anthony Odak
COO
John W. Stone Oil Distributor LLC
Jean-Dominique Bonnet
Director, Advisory
Frost & Sullivan
Troy Muransky
Lead Organic Materials Engineer
American Axle & Manufacturing
Optimizing Grease Performance Through Additive Development and Sample Analysis
Optimizing Grease Performance Through Additive Development and Sample Analysis
Day 1 | 11:30 - 12:45
Track 1
Optimizing grease performance is critical for enhancing equipment reliability and efficiency, particularly in demanding industrial and automotive applications. Additive development plays a key role in improving grease properties such as load-carrying capacity, thermal stability, water resistance, and oxidation protection. Advanced additives, including extreme pressure agents, anti-wear compounds, and corrosion inhibitors, enable greases to perform effectively under high-stress conditions, extending the lifespan of critical components.
Equally important is robust sample analysis, which ensures grease consistency and performance alignment with operational requirements. Techniques like ultrasound and particle contamination analysis allow manufacturers to monitor grease formulations and detect potential issues, such as degradation or contamination, before failure occurs. Together, additive innovation and advanced analysis empower industries to develop high-performing, application-specific greases that maximize efficiency, reduce maintenance costs, and meet the growing demand for sustainability and durability in modern lubrication solutions.
Join this session to learn about:
- New specifications for High Performance Multipurpose Greases
- Grease alternatives: is there something better than lithium?
- Lithium Soap Grease Replacement
- Grease analysis: how to get good grease samples for analysis?
- Regreasing a bearing: how to select the correct grease and administer the correct volume?
- Use of ultrasound technology in greasing: how to use it correctly?
Chair
Linda Perry
Founder and Consultant
EmphaReli
Blair Fraser
Vice President, Global Business Development
UE Systems
Dr. Gareth Fish
Technical Fellow
The Lubrizol Corporation
Dr. George Diloyan
CTO
Powderful Solutions
Matthew Moore
Technical Director
Primrose Oil Company
Optimizing Grease Performance Through Additive Development and Sample Analysis
Day 1 | 11:30 - 12:45
Track 1
Optimizing grease performance is critical for enhancing equipment reliability and efficiency, particularly in demanding industrial and automotive applications. Additive development plays a key role in improving grease properties such as load-carrying capacity, thermal stability, water resistance, and oxidation protection. Advanced additives, including extreme pressure agents, anti-wear compounds, and corrosion inhibitors, enable greases to perform effectively under high-stress conditions, extending the lifespan of critical components.
Equally important is robust sample analysis, which ensures grease consistency and performance alignment with operational requirements. Techniques like ultrasound and particle contamination analysis allow manufacturers to monitor grease formulations and detect potential issues, such as degradation or contamination, before failure occurs. Together, additive innovation and advanced analysis empower industries to develop high-performing, application-specific greases that maximize efficiency, reduce maintenance costs, and meet the growing demand for sustainability and durability in modern lubrication solutions.
Join this session to learn about:
- New specifications for High Performance Multipurpose Greases
- Grease alternatives: is there something better than lithium?
- Lithium Soap Grease Replacement
- Grease analysis: how to get good grease samples for analysis?
- Regreasing a bearing: how to select the correct grease and administer the correct volume?
- Use of ultrasound technology in greasing: how to use it correctly?
Chair
Linda Perry
Founder and Consultant
EmphaReli
Blair Fraser
Vice President, Global Business Development
UE Systems
Dr. Gareth Fish
Technical Fellow
The Lubrizol Corporation
Dr. George Diloyan
CTO
Powderful Solutions
Matthew Moore
Technical Director
Primrose Oil Company
Optimizing Grease Performance Through Additive Development and Sample Analysis
Day 1 | 11:30 - 12:45
Track 1
Optimizing grease performance is critical for enhancing equipment reliability and efficiency, particularly in demanding industrial and automotive applications. Additive development plays a key role in improving grease properties such as load-carrying capacity, thermal stability, water resistance, and oxidation protection. Advanced additives, including extreme pressure agents, anti-wear compounds, and corrosion inhibitors, enable greases to perform effectively under high-stress conditions, extending the lifespan of critical components.
Equally important is robust sample analysis, which ensures grease consistency and performance alignment with operational requirements. Techniques like ultrasound and particle contamination analysis allow manufacturers to monitor grease formulations and detect potential issues, such as degradation or contamination, before failure occurs. Together, additive innovation and advanced analysis empower industries to develop high-performing, application-specific greases that maximize efficiency, reduce maintenance costs, and meet the growing demand for sustainability and durability in modern lubrication solutions.
Join this session to learn about:
- New specifications for High Performance Multipurpose Greases
- Grease alternatives: is there something better than lithium?
- Lithium Soap Grease Replacement
- Grease analysis: how to get good grease samples for analysis?
- Regreasing a bearing: how to select the correct grease and administer the correct volume?
- Use of ultrasound technology in greasing: how to use it correctly?
Chair
Linda Perry
Founder and Consultant
EmphaReli
Blair Fraser
Vice President, Global Business Development
UE Systems
Dr. Gareth Fish
Technical Fellow
The Lubrizol Corporation
Dr. George Diloyan
CTO
Powderful Solutions
Matthew Moore
Technical Director
Primrose Oil Company
Optimizing Grease Performance Through Additive Development and Sample Analysis
Day 1 | 11:30 - 12:45
Track 1
Optimizing grease performance is critical for enhancing equipment reliability and efficiency, particularly in demanding industrial and automotive applications. Additive development plays a key role in improving grease properties such as load-carrying capacity, thermal stability, water resistance, and oxidation protection. Advanced additives, including extreme pressure agents, anti-wear compounds, and corrosion inhibitors, enable greases to perform effectively under high-stress conditions, extending the lifespan of critical components.
Equally important is robust sample analysis, which ensures grease consistency and performance alignment with operational requirements. Techniques like ultrasound and particle contamination analysis allow manufacturers to monitor grease formulations and detect potential issues, such as degradation or contamination, before failure occurs. Together, additive innovation and advanced analysis empower industries to develop high-performing, application-specific greases that maximize efficiency, reduce maintenance costs, and meet the growing demand for sustainability and durability in modern lubrication solutions.
Join this session to learn about:
- New specifications for High Performance Multipurpose Greases
- Grease alternatives: is there something better than lithium?
- Lithium Soap Grease Replacement
- Grease analysis: how to get good grease samples for analysis?
- Regreasing a bearing: how to select the correct grease and administer the correct volume?
- Use of ultrasound technology in greasing: how to use it correctly?
Chair
Linda Perry
Founder and Consultant
EmphaReli
Blair Fraser
Vice President, Global Business Development
UE Systems
Dr. Gareth Fish
Technical Fellow
The Lubrizol Corporation
Dr. George Diloyan
CTO
Powderful Solutions
Matthew Moore
Technical Director
Primrose Oil Company
Mechanical Engineering Challenges and Fluid Development for Hybrid Vehicle Architectures
Mechanical Engineering Challenges and Fluid Development for Hybrid Vehicle Architectures
Day 1 | 11:30 - 12:45
Track 2
The rise of hybrid vehicle architectures presents unique mechanical engineering challenges and opportunities in fluid development. Hybrid systems combine internal combustion engines (ICEs) with electric motors, creating complex thermal and mechanical environments that demand innovative solutions. Engineers must address the dual needs of ICE lubrication and electric motor cooling, balancing performance, efficiency, and environmental impact. This includes developing fluids with superior thermal stability, dielectric properties for safe interaction with high-voltage components, and reduced friction for improved energy efficiency. The compact and tightly integrated designs of hybrid vehicles amplify the importance of efficient heat dissipation and multi-functional fluids capable of meeting diverse operational requirements.
This session will examine these complexities, showcasing how advanced fluid technologies and collaborative engineering approaches are overcoming the challenges of hybrid vehicle architectures while advancing performance.
This panel will address:
- What are the trends in future propulsion for passenger vehicles?
- How much are OEMs going to spend on hybrid development?
- Are OEMS going to build a dedicated hybrid eternal combustion engine?
- What are the technologies that need to be improved upon relating to hybrid?
- What architectures are the OEMs favoring?
- What are the lubrication requirements of HEVs?
- What is the potential impact of contaminants on lubricant performance in HEVs?
- What are the latest advances in additive and lubricant technologies for HEVs?
Chair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Bryan Pryor
Global Technical Specialist, Engine & Transmission Lubrication
General Motors
Dr. Jason Galary
Senior Director - Research, Development, and Innovation
FUCHS Lubricants
George Morvey
Industry Manager, Energy
Kline + Company
Michael Deegan
Lubricant Technical Expert
Ford
Mechanical Engineering Challenges and Fluid Development for Hybrid Vehicle Architectures
Day 1 | 11:30 - 12:45
Track 2
The rise of hybrid vehicle architectures presents unique mechanical engineering challenges and opportunities in fluid development. Hybrid systems combine internal combustion engines (ICEs) with electric motors, creating complex thermal and mechanical environments that demand innovative solutions. Engineers must address the dual needs of ICE lubrication and electric motor cooling, balancing performance, efficiency, and environmental impact. This includes developing fluids with superior thermal stability, dielectric properties for safe interaction with high-voltage components, and reduced friction for improved energy efficiency. The compact and tightly integrated designs of hybrid vehicles amplify the importance of efficient heat dissipation and multi-functional fluids capable of meeting diverse operational requirements.
This session will examine these complexities, showcasing how advanced fluid technologies and collaborative engineering approaches are overcoming the challenges of hybrid vehicle architectures while advancing performance.
This panel will address:
- What are the trends in future propulsion for passenger vehicles?
- How much are OEMs going to spend on hybrid development?
- Are OEMS going to build a dedicated hybrid eternal combustion engine?
- What are the technologies that need to be improved upon relating to hybrid?
- What architectures are the OEMs favoring?
- What are the lubrication requirements of HEVs?
- What is the potential impact of contaminants on lubricant performance in HEVs?
- What are the latest advances in additive and lubricant technologies for HEVs?
Chair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Bryan Pryor
Global Technical Specialist, Engine & Transmission Lubrication
General Motors
Dr. Jason Galary
Senior Director - Research, Development, and Innovation
FUCHS Lubricants
George Morvey
Industry Manager, Energy
Kline + Company
Michael Deegan
Lubricant Technical Expert
Ford
Mechanical Engineering Challenges and Fluid Development for Hybrid Vehicle Architectures
Day 1 | 11:30 - 12:45
Track 2
The rise of hybrid vehicle architectures presents unique mechanical engineering challenges and opportunities in fluid development. Hybrid systems combine internal combustion engines (ICEs) with electric motors, creating complex thermal and mechanical environments that demand innovative solutions. Engineers must address the dual needs of ICE lubrication and electric motor cooling, balancing performance, efficiency, and environmental impact. This includes developing fluids with superior thermal stability, dielectric properties for safe interaction with high-voltage components, and reduced friction for improved energy efficiency. The compact and tightly integrated designs of hybrid vehicles amplify the importance of efficient heat dissipation and multi-functional fluids capable of meeting diverse operational requirements.
This session will examine these complexities, showcasing how advanced fluid technologies and collaborative engineering approaches are overcoming the challenges of hybrid vehicle architectures while advancing performance.
This panel will address:
- What are the trends in future propulsion for passenger vehicles?
- How much are OEMs going to spend on hybrid development?
- Are OEMS going to build a dedicated hybrid eternal combustion engine?
- What are the technologies that need to be improved upon relating to hybrid?
- What architectures are the OEMs favoring?
- What are the lubrication requirements of HEVs?
- What is the potential impact of contaminants on lubricant performance in HEVs?
- What are the latest advances in additive and lubricant technologies for HEVs?
Chair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Bryan Pryor
Global Technical Specialist, Engine & Transmission Lubrication
General Motors
Dr. Jason Galary
Senior Director - Research, Development, and Innovation
FUCHS Lubricants
George Morvey
Industry Manager, Energy
Kline + Company
Michael Deegan
Lubricant Technical Expert
Ford
Mechanical Engineering Challenges and Fluid Development for Hybrid Vehicle Architectures
Day 1 | 11:30 - 12:45
Track 2
The rise of hybrid vehicle architectures presents unique mechanical engineering challenges and opportunities in fluid development. Hybrid systems combine internal combustion engines (ICEs) with electric motors, creating complex thermal and mechanical environments that demand innovative solutions. Engineers must address the dual needs of ICE lubrication and electric motor cooling, balancing performance, efficiency, and environmental impact. This includes developing fluids with superior thermal stability, dielectric properties for safe interaction with high-voltage components, and reduced friction for improved energy efficiency. The compact and tightly integrated designs of hybrid vehicles amplify the importance of efficient heat dissipation and multi-functional fluids capable of meeting diverse operational requirements.
This session will examine these complexities, showcasing how advanced fluid technologies and collaborative engineering approaches are overcoming the challenges of hybrid vehicle architectures while advancing performance.
This panel will address:
- What are the trends in future propulsion for passenger vehicles?
- How much are OEMs going to spend on hybrid development?
- Are OEMS going to build a dedicated hybrid eternal combustion engine?
- What are the technologies that need to be improved upon relating to hybrid?
- What architectures are the OEMs favoring?
- What are the lubrication requirements of HEVs?
- What is the potential impact of contaminants on lubricant performance in HEVs?
- What are the latest advances in additive and lubricant technologies for HEVs?
Chair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Bryan Pryor
Global Technical Specialist, Engine & Transmission Lubrication
General Motors
Dr. Jason Galary
Senior Director - Research, Development, and Innovation
FUCHS Lubricants
George Morvey
Industry Manager, Energy
Kline + Company
Michael Deegan
Lubricant Technical Expert
Ford
Day 1 afternoon
Formulation and Application Development for Future Fuels
Formulation and Application Development for Future Fuels
Day 1 | 14:15 - 15.30
Track 1
Future fuels, such as hydrogen, biofuels, synthetic e-fuels, and ammonia, are poised to transform energy systems across industries and these fuels bring unique properties and challenges that will significantly impact lubricant requirements. Hydrogen turbines, for example, operate under high pressures and temperatures in fuel cells and engines, demanding lubricants with superior thermal stability and wear protection. Biofuels and e-fuels, while renewable, often have higher moisture content and can be chemically reactive, increasing the need for lubricants resistant to oxidation and corrosion. Similarly, ammonia poses issues of material compatibility and requires specialized lubricants to manage its corrosive nature. Additionally, electrification, commonly paired with future fuels, introduces challenges such as high-speed electric motors, which require lubricants with enhanced dielectric properties, low viscosity, and superior cooling capabilities.
Join this second part of the future fuels sessions, where the panel delves into the research and development undertaken by the industry in response to meet these demands, including:
- Formulating around a variety of renewable fuels
- Carbon neutral fuels and their impact on plain bearings
- Impact of lubricant formulation on combustion stability of a gas engine running on hydrogen
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Dinesh Bansal
Senior R&D Engineer
Chevron Oronite
Dr. Zoe Fard
Technology Product Specialist
Petro-Canada Lubricants
Tom Ukai
Technical Center Chief
Daido Metal USA
Formulation and Application Development for Future Fuels
Day 1 | 14:15 - 15.30
Track 1
Future fuels, such as hydrogen, biofuels, synthetic e-fuels, and ammonia, are poised to transform energy systems across industries and these fuels bring unique properties and challenges that will significantly impact lubricant requirements. Hydrogen turbines, for example, operate under high pressures and temperatures in fuel cells and engines, demanding lubricants with superior thermal stability and wear protection. Biofuels and e-fuels, while renewable, often have higher moisture content and can be chemically reactive, increasing the need for lubricants resistant to oxidation and corrosion. Similarly, ammonia poses issues of material compatibility and requires specialized lubricants to manage its corrosive nature. Additionally, electrification, commonly paired with future fuels, introduces challenges such as high-speed electric motors, which require lubricants with enhanced dielectric properties, low viscosity, and superior cooling capabilities.
Join this second part of the future fuels sessions, where the panel delves into the research and development undertaken by the industry in response to meet these demands, including:
- Formulating around a variety of renewable fuels
- Carbon neutral fuels and their impact on plain bearings
- Impact of lubricant formulation on combustion stability of a gas engine running on hydrogen
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Dinesh Bansal
Senior R&D Engineer
Chevron Oronite
Dr. Zoe Fard
Technology Product Specialist
Petro-Canada Lubricants
Tom Ukai
Technical Center Chief
Daido Metal USA
Formulation and Application Development for Future Fuels
Day 1 | 14:15 - 15.30
Track 1
Future fuels, such as hydrogen, biofuels, synthetic e-fuels, and ammonia, are poised to transform energy systems across industries and these fuels bring unique properties and challenges that will significantly impact lubricant requirements. Hydrogen turbines, for example, operate under high pressures and temperatures in fuel cells and engines, demanding lubricants with superior thermal stability and wear protection. Biofuels and e-fuels, while renewable, often have higher moisture content and can be chemically reactive, increasing the need for lubricants resistant to oxidation and corrosion. Similarly, ammonia poses issues of material compatibility and requires specialized lubricants to manage its corrosive nature. Additionally, electrification, commonly paired with future fuels, introduces challenges such as high-speed electric motors, which require lubricants with enhanced dielectric properties, low viscosity, and superior cooling capabilities.
Join this second part of the future fuels sessions, where the panel delves into the research and development undertaken by the industry in response to meet these demands, including:
- Formulating around a variety of renewable fuels
- Carbon neutral fuels and their impact on plain bearings
- Impact of lubricant formulation on combustion stability of a gas engine running on hydrogen
Chair
Dr. Peter Lee
Institute Engineer & Chief Tribologist
Southwest Research Institute
Dinesh Bansal
Senior R&D Engineer
Chevron Oronite
Dr. Zoe Fard
Technology Product Specialist
Petro-Canada Lubricants
Tom Ukai
Technical Center Chief
Daido Metal USA
Evaluating Lubricant and Bearing Technologies for Electrified Drivetrains
Evaluating Lubricant and Bearing Technologies for Electrified Drivetrains
Day 1 | 14:15 - 15:30
Track 2
Electrified drivetrains are transforming mobility, bringing new challenges and opportunities for lubricant and bearing technologies. Unlike traditional systems, electric drivetrains operate at higher speeds and generate unique thermal and electrical conditions. Bearings in these systems face increased demands, including higher loads, greater speeds, and the potential for electrical discharge damage due to stray currents. Lubricants must deliver exceptional thermal stability, oxidation resistance, and low viscosity to minimize energy losses while ensuring adequate protection. Additionally, lubricants must possess dielectric properties to prevent electrical arcing and maintain compatibility with the materials used in e-motor components. The integration of advanced tribological solutions, such as novel additive chemistries and surface coatings, is critical to optimizing bearing performance and extending component life.
This session will delve into the latest evaluation methods and innovations in lubricant and bearing technologies, providing insights to address the unique requirements of electrified drivetrains while enhancing reliability and efficiency.
Presentations will focus on:
- Evaluating the propensity for EV fluids to create foam and aerate utilizing specialty bench test equipment
- High-speed electrified drive unit bearing evaluations
- Development of high-durability lubricants for electrified commercial vehicles
- Modern bearing challenges in automotive motion control
Chair
Darryl Purificati
Sr. Technical Advisor, OEM & Automotive
HF Sinclair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Ian Stewart
Sr. R&D Chemist
Afton Chemical
Jacob Kline
Product Development Engineer
Nexteer Automotive
Thomas Wellmann
Chief Engineer - Drivetrain Systems
FEV North America
Evaluating Lubricant and Bearing Technologies for Electrified Drivetrains
Day 1 | 14:15 - 15:30
Track 2
Electrified drivetrains are transforming mobility, bringing new challenges and opportunities for lubricant and bearing technologies. Unlike traditional systems, electric drivetrains operate at higher speeds and generate unique thermal and electrical conditions. Bearings in these systems face increased demands, including higher loads, greater speeds, and the potential for electrical discharge damage due to stray currents. Lubricants must deliver exceptional thermal stability, oxidation resistance, and low viscosity to minimize energy losses while ensuring adequate protection. Additionally, lubricants must possess dielectric properties to prevent electrical arcing and maintain compatibility with the materials used in e-motor components. The integration of advanced tribological solutions, such as novel additive chemistries and surface coatings, is critical to optimizing bearing performance and extending component life.
This session will delve into the latest evaluation methods and innovations in lubricant and bearing technologies, providing insights to address the unique requirements of electrified drivetrains while enhancing reliability and efficiency.
Presentations will focus on:
- Evaluating the propensity for EV fluids to create foam and aerate utilizing specialty bench test equipment
- High-speed electrified drive unit bearing evaluations
- Development of high-durability lubricants for electrified commercial vehicles
- Modern bearing challenges in automotive motion control
Chair
Darryl Purificati
Sr. Technical Advisor, OEM & Automotive
HF Sinclair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Ian Stewart
Sr. R&D Chemist
Afton Chemical
Jacob Kline
Product Development Engineer
Nexteer Automotive
Thomas Wellmann
Chief Engineer - Drivetrain Systems
FEV North America
Evaluating Lubricant and Bearing Technologies for Electrified Drivetrains
Day 1 | 14:15 - 15:30
Track 2
Electrified drivetrains are transforming mobility, bringing new challenges and opportunities for lubricant and bearing technologies. Unlike traditional systems, electric drivetrains operate at higher speeds and generate unique thermal and electrical conditions. Bearings in these systems face increased demands, including higher loads, greater speeds, and the potential for electrical discharge damage due to stray currents. Lubricants must deliver exceptional thermal stability, oxidation resistance, and low viscosity to minimize energy losses while ensuring adequate protection. Additionally, lubricants must possess dielectric properties to prevent electrical arcing and maintain compatibility with the materials used in e-motor components. The integration of advanced tribological solutions, such as novel additive chemistries and surface coatings, is critical to optimizing bearing performance and extending component life.
This session will delve into the latest evaluation methods and innovations in lubricant and bearing technologies, providing insights to address the unique requirements of electrified drivetrains while enhancing reliability and efficiency.
Presentations will focus on:
- Evaluating the propensity for EV fluids to create foam and aerate utilizing specialty bench test equipment
- High-speed electrified drive unit bearing evaluations
- Development of high-durability lubricants for electrified commercial vehicles
- Modern bearing challenges in automotive motion control
Chair
Darryl Purificati
Sr. Technical Advisor, OEM & Automotive
HF Sinclair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Ian Stewart
Sr. R&D Chemist
Afton Chemical
Jacob Kline
Product Development Engineer
Nexteer Automotive
Thomas Wellmann
Chief Engineer - Drivetrain Systems
FEV North America
Evaluating Lubricant and Bearing Technologies for Electrified Drivetrains
Day 1 | 14:15 - 15:30
Track 2
Electrified drivetrains are transforming mobility, bringing new challenges and opportunities for lubricant and bearing technologies. Unlike traditional systems, electric drivetrains operate at higher speeds and generate unique thermal and electrical conditions. Bearings in these systems face increased demands, including higher loads, greater speeds, and the potential for electrical discharge damage due to stray currents. Lubricants must deliver exceptional thermal stability, oxidation resistance, and low viscosity to minimize energy losses while ensuring adequate protection. Additionally, lubricants must possess dielectric properties to prevent electrical arcing and maintain compatibility with the materials used in e-motor components. The integration of advanced tribological solutions, such as novel additive chemistries and surface coatings, is critical to optimizing bearing performance and extending component life.
This session will delve into the latest evaluation methods and innovations in lubricant and bearing technologies, providing insights to address the unique requirements of electrified drivetrains while enhancing reliability and efficiency.
Presentations will focus on:
- Evaluating the propensity for EV fluids to create foam and aerate utilizing specialty bench test equipment
- High-speed electrified drive unit bearing evaluations
- Development of high-durability lubricants for electrified commercial vehicles
- Modern bearing challenges in automotive motion control
Chair
Darryl Purificati
Sr. Technical Advisor, OEM & Automotive
HF Sinclair
Greg Miiller
Vice President of Engineering and New Business Development
Savant Group
Ian Stewart
Sr. R&D Chemist
Afton Chemical
Jacob Kline
Product Development Engineer
Nexteer Automotive
Thomas Wellmann
Chief Engineer - Drivetrain Systems
FEV North America
Leveraging Machine Learning, AI and IOT for Transforming Product Development
Leveraging Machine Learning, AI and IOT for Transforming Product Development
Day 1 | 15:45 - 16:30
Track 1
Artificial intelligence (AI) and machine learning (ML) are revolutionizing product development across industries, and the lubricants and greases sector is no exception. These technologies enable the efficient analysis of vast datasets, revealing insights that were previously unattainable. In product development, AI and ML can streamline formulation processes, optimize performance properties, and identify innovative solutions tailored to meet diverse and evolving customer needs. From predictive modelling of lubrication performance to accelerating the discovery of sustainable and high-efficiency products, these tools are enhancing both speed and precision in research and development.
This session will explore the latest applications of AI and ML in the industry, offering practical insights on leveraging these technologies to reduce costs, shorten time-to-market, and develop cutting-edge lubricants that address the challenges of a dynamic, innovation-driven marketplace.
- Accelerating lubricant innovation with AI and machine learning
- Latest trends on AI and automation technology to increase production efficiency for liquid filling plants
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Austin Budke
Principal Consultant, Digital Transformation
Citrine Informatics
Sebastian Pohl
CEO
Greif-Velox
Leveraging Machine Learning, AI and IOT for Transforming Product Development
Day 1 | 15:45 - 16:30
Track 1
Artificial intelligence (AI) and machine learning (ML) are revolutionizing product development across industries, and the lubricants and greases sector is no exception. These technologies enable the efficient analysis of vast datasets, revealing insights that were previously unattainable. In product development, AI and ML can streamline formulation processes, optimize performance properties, and identify innovative solutions tailored to meet diverse and evolving customer needs. From predictive modelling of lubrication performance to accelerating the discovery of sustainable and high-efficiency products, these tools are enhancing both speed and precision in research and development.
This session will explore the latest applications of AI and ML in the industry, offering practical insights on leveraging these technologies to reduce costs, shorten time-to-market, and develop cutting-edge lubricants that address the challenges of a dynamic, innovation-driven marketplace.
- Accelerating lubricant innovation with AI and machine learning
- Latest trends on AI and automation technology to increase production efficiency for liquid filling plants
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Austin Budke
Principal Consultant, Digital Transformation
Citrine Informatics
Sebastian Pohl
CEO
Greif-Velox
Emission Reduction and Drive Train Optimization in Heavy Duty and Commercial Vehicles
Emission Reduction and Drive Train Optimization in Heavy Duty and Commercial Vehicles
Day 1 | 15:45 - 16:30
Track 2
Lubricants play a vital role in the heavy-duty and commercial vehicle market, ensuring reliable performance, durability, and efficiency under demanding operating conditions. As these vehicles often face extreme loads, high temperatures, and long operating hours, advanced lubrication is essential to reduce friction, prevent wear, and protect critical engine and drivetrain components. One key trend in this market is the shift toward synthetic and high-performance lubricants, which offer superior thermal stability, extended drain intervals, and improved fuel economy compared to conventional oils. These lubricants help fleet operators reduce maintenance costs and downtime, making them highly cost-effective over the vehicle lifecycle. Additionally, low-viscosity oils are gaining popularity as they support fuel efficiency and compliance with stringent emissions standards.
Join this session to discover:
- Technology trends in heavy duty and commercial vehicle market driving performance requirements
- Updates on pending industry specifications:
- What are lubricant formulators doing to prepare for these changes?
- What technologies are they developing?
- What tests will be required?
Chair
Tim Sullivan
Executive Editor
Lubes 'n' Greases
Arjun Goyal
Product Development Manager
BASF
Michael Roeth
Executive Director
North American Council for Freight Efficiency
Emission Reduction and Drive Train Optimization in Heavy Duty and Commercial Vehicles
Day 1 | 15:45 - 16:30
Track 2
Lubricants play a vital role in the heavy-duty and commercial vehicle market, ensuring reliable performance, durability, and efficiency under demanding operating conditions. As these vehicles often face extreme loads, high temperatures, and long operating hours, advanced lubrication is essential to reduce friction, prevent wear, and protect critical engine and drivetrain components. One key trend in this market is the shift toward synthetic and high-performance lubricants, which offer superior thermal stability, extended drain intervals, and improved fuel economy compared to conventional oils. These lubricants help fleet operators reduce maintenance costs and downtime, making them highly cost-effective over the vehicle lifecycle. Additionally, low-viscosity oils are gaining popularity as they support fuel efficiency and compliance with stringent emissions standards.
Join this session to discover:
- Technology trends in heavy duty and commercial vehicle market driving performance requirements
- Updates on pending industry specifications:
- What are lubricant formulators doing to prepare for these changes?
- What technologies are they developing?
- What tests will be required?
Chair
Tim Sullivan
Executive Editor
Lubes 'n' Greases
Arjun Goyal
Product Development Manager
BASF
Michael Roeth
Executive Director
North American Council for Freight Efficiency
Track 1
Track 2
Day 2 morning
Securing the Supply of Rerefined Base Oils
Securing the Supply of Rerefined Base Oils
Day 2 | 09:30 - 11:00
Track 1
The supply chain for rerefined base oils in North America faces distinct challenges as industry seeks to meet growing demand for sustainable lubricant solutions. A critical issue is the limited availability of high-quality used oil feedstock, which is vital for producing rerefined base oils that meet stringent performance standards. Additionally, fluctuations in demand for conventional base oils and competition with virgin oil production impact the market dynamics for rerefined products. The economic viability of rerefining operations is further influenced by energy costs, processing technology advancements, and the price volatility of finished base oils.
This session addresses key challenges such as the limited and inconsistent supply of used oil feedstock. Strategies for addressing these challenges will be highlighted, focusing on enhancing feedstock availability, improving infrastructure, fostering regulatory alignment, and leveraging technological advancements. Attendees will gain insights into overcoming these barriers to build a resilient and efficient supply chain for rerefined base oils, including:
- What are the big oil marketers plans regarding recycled base oils?
- What are the supply chain concerns regarding rerefined base oils?
- What strategies exist for ensuring supply security
- Impact of increased demand for rerefined base oils on independent lubricant formulators
- How will the use of biobased oils impact the recyclability of oil?
Chair
Amanda Hay
Senior Editor Manager, Base Oils Americas
ICIS
Erica Snedegar
Vice President, Business Development
Vertex
John Garguiolo
President & CMO
Reliance Fluid Technologies
Joshua Park
CEO, President
CEP Technology
Marcelo Murad
Global Base Oil Director
LWART
Securing the Supply of Rerefined Base Oils
Day 2 | 09:30 - 11:00
Track 1
The supply chain for rerefined base oils in North America faces distinct challenges as industry seeks to meet growing demand for sustainable lubricant solutions. A critical issue is the limited availability of high-quality used oil feedstock, which is vital for producing rerefined base oils that meet stringent performance standards. Additionally, fluctuations in demand for conventional base oils and competition with virgin oil production impact the market dynamics for rerefined products. The economic viability of rerefining operations is further influenced by energy costs, processing technology advancements, and the price volatility of finished base oils.
This session addresses key challenges such as the limited and inconsistent supply of used oil feedstock. Strategies for addressing these challenges will be highlighted, focusing on enhancing feedstock availability, improving infrastructure, fostering regulatory alignment, and leveraging technological advancements. Attendees will gain insights into overcoming these barriers to build a resilient and efficient supply chain for rerefined base oils, including:
- What are the big oil marketers plans regarding recycled base oils?
- What are the supply chain concerns regarding rerefined base oils?
- What strategies exist for ensuring supply security
- Impact of increased demand for rerefined base oils on independent lubricant formulators
- How will the use of biobased oils impact the recyclability of oil?
Chair
Amanda Hay
Senior Editor Manager, Base Oils Americas
ICIS
Erica Snedegar
Vice President, Business Development
Vertex
John Garguiolo
President & CMO
Reliance Fluid Technologies
Joshua Park
CEO, President
CEP Technology
Marcelo Murad
Global Base Oil Director
LWART
Securing the Supply of Rerefined Base Oils
Day 2 | 09:30 - 11:00
Track 1
The supply chain for rerefined base oils in North America faces distinct challenges as industry seeks to meet growing demand for sustainable lubricant solutions. A critical issue is the limited availability of high-quality used oil feedstock, which is vital for producing rerefined base oils that meet stringent performance standards. Additionally, fluctuations in demand for conventional base oils and competition with virgin oil production impact the market dynamics for rerefined products. The economic viability of rerefining operations is further influenced by energy costs, processing technology advancements, and the price volatility of finished base oils.
This session addresses key challenges such as the limited and inconsistent supply of used oil feedstock. Strategies for addressing these challenges will be highlighted, focusing on enhancing feedstock availability, improving infrastructure, fostering regulatory alignment, and leveraging technological advancements. Attendees will gain insights into overcoming these barriers to build a resilient and efficient supply chain for rerefined base oils, including:
- What are the big oil marketers plans regarding recycled base oils?
- What are the supply chain concerns regarding rerefined base oils?
- What strategies exist for ensuring supply security
- Impact of increased demand for rerefined base oils on independent lubricant formulators
- How will the use of biobased oils impact the recyclability of oil?
Chair
Amanda Hay
Senior Editor Manager, Base Oils Americas
ICIS
Erica Snedegar
Vice President, Business Development
Vertex
John Garguiolo
President & CMO
Reliance Fluid Technologies
Joshua Park
CEO, President
CEP Technology
Marcelo Murad
Global Base Oil Director
LWART
Securing the Supply of Rerefined Base Oils
Day 2 | 09:30 - 11:00
Track 1
The supply chain for rerefined base oils in North America faces distinct challenges as industry seeks to meet growing demand for sustainable lubricant solutions. A critical issue is the limited availability of high-quality used oil feedstock, which is vital for producing rerefined base oils that meet stringent performance standards. Additionally, fluctuations in demand for conventional base oils and competition with virgin oil production impact the market dynamics for rerefined products. The economic viability of rerefining operations is further influenced by energy costs, processing technology advancements, and the price volatility of finished base oils.
This session addresses key challenges such as the limited and inconsistent supply of used oil feedstock. Strategies for addressing these challenges will be highlighted, focusing on enhancing feedstock availability, improving infrastructure, fostering regulatory alignment, and leveraging technological advancements. Attendees will gain insights into overcoming these barriers to build a resilient and efficient supply chain for rerefined base oils, including:
- What are the big oil marketers plans regarding recycled base oils?
- What are the supply chain concerns regarding rerefined base oils?
- What strategies exist for ensuring supply security
- Impact of increased demand for rerefined base oils on independent lubricant formulators
- How will the use of biobased oils impact the recyclability of oil?
Chair
Amanda Hay
Senior Editor Manager, Base Oils Americas
ICIS
Erica Snedegar
Vice President, Business Development
Vertex
John Garguiolo
President & CMO
Reliance Fluid Technologies
Joshua Park
CEO, President
CEP Technology
Marcelo Murad
Global Base Oil Director
LWART
Contamination Control, Oil Analysis and Filtration
Contamination Control, Oil Analysis and Filtration
Day 2 | 09:30 - 11:00
Track 2
Contamination control, oil analysis, and filtration are essential pillars of effective lubrication management, ensuring the reliability and longevity of machinery across various industries. Contaminants in lubricants—such as dirt, water, and metal particles—can compromise equipment performance, leading to increased wear, unplanned downtime, and costly repairs.
This session will explore strategies to identify, control, and mitigate these contaminants, ensuring lubricant cleanliness and equipment longevity. Participants will learn the fundamentals of oil analysis as a diagnostic tool for monitoring lubricant health and detecting early signs of wear or contamination. By leveraging oil analysis, businesses can implement proactive maintenance strategies, reducing risks and extending equipment life.
The session will also cover advancements in filtration technology, emphasizing how effective filtration systems enhance lubricant performance by removing contaminants. Participants will leave with practical knowledge to implement robust contamination control, oil analysis, and filtration strategies, enhancing machinery performance and operational efficiency.
The presenters will cover:
- Preventing premature wear through understanding the role of oil flushing in pre-commissioning
- Hydraulic fluid sampling best practices to meaningfully increase profit
- Using oil analysis to diagnose an overheated gearbox
Chair
Greg Livingstone
Chief Innovation Officer
Fluitec
Anshuman Agrawal
Founder & MD
Minimac Systems
Dr. Sassan Hojabr
SKF RecondOil Technical Manager, North America
SKF Canada
Evan Zabawski
Senior Technical Advisor
Eurofins TestOil
Mark Hall
Lubricants Technical Manager
Sterling Fuels Limited
Zack Walsh
Lubrication Reliability Services Coordinator
Firefly Reliability
Contamination Control, Oil Analysis and Filtration
Day 2 | 09:30 - 11:00
Track 2
Contamination control, oil analysis, and filtration are essential pillars of effective lubrication management, ensuring the reliability and longevity of machinery across various industries. Contaminants in lubricants—such as dirt, water, and metal particles—can compromise equipment performance, leading to increased wear, unplanned downtime, and costly repairs.
This session will explore strategies to identify, control, and mitigate these contaminants, ensuring lubricant cleanliness and equipment longevity. Participants will learn the fundamentals of oil analysis as a diagnostic tool for monitoring lubricant health and detecting early signs of wear or contamination. By leveraging oil analysis, businesses can implement proactive maintenance strategies, reducing risks and extending equipment life.
The session will also cover advancements in filtration technology, emphasizing how effective filtration systems enhance lubricant performance by removing contaminants. Participants will leave with practical knowledge to implement robust contamination control, oil analysis, and filtration strategies, enhancing machinery performance and operational efficiency.
The presenters will cover:
- Preventing premature wear through understanding the role of oil flushing in pre-commissioning
- Hydraulic fluid sampling best practices to meaningfully increase profit
- Using oil analysis to diagnose an overheated gearbox
Chair
Greg Livingstone
Chief Innovation Officer
Fluitec
Anshuman Agrawal
Founder & MD
Minimac Systems
Dr. Sassan Hojabr
SKF RecondOil Technical Manager, North America
SKF Canada
Evan Zabawski
Senior Technical Advisor
Eurofins TestOil
Mark Hall
Lubricants Technical Manager
Sterling Fuels Limited
Zack Walsh
Lubrication Reliability Services Coordinator
Firefly Reliability
Contamination Control, Oil Analysis and Filtration
Day 2 | 09:30 - 11:00
Track 2
Contamination control, oil analysis, and filtration are essential pillars of effective lubrication management, ensuring the reliability and longevity of machinery across various industries. Contaminants in lubricants—such as dirt, water, and metal particles—can compromise equipment performance, leading to increased wear, unplanned downtime, and costly repairs.
This session will explore strategies to identify, control, and mitigate these contaminants, ensuring lubricant cleanliness and equipment longevity. Participants will learn the fundamentals of oil analysis as a diagnostic tool for monitoring lubricant health and detecting early signs of wear or contamination. By leveraging oil analysis, businesses can implement proactive maintenance strategies, reducing risks and extending equipment life.
The session will also cover advancements in filtration technology, emphasizing how effective filtration systems enhance lubricant performance by removing contaminants. Participants will leave with practical knowledge to implement robust contamination control, oil analysis, and filtration strategies, enhancing machinery performance and operational efficiency.
The presenters will cover:
- Preventing premature wear through understanding the role of oil flushing in pre-commissioning
- Hydraulic fluid sampling best practices to meaningfully increase profit
- Using oil analysis to diagnose an overheated gearbox
Chair
Greg Livingstone
Chief Innovation Officer
Fluitec
Anshuman Agrawal
Founder & MD
Minimac Systems
Dr. Sassan Hojabr
SKF RecondOil Technical Manager, North America
SKF Canada
Evan Zabawski
Senior Technical Advisor
Eurofins TestOil
Mark Hall
Lubricants Technical Manager
Sterling Fuels Limited
Zack Walsh
Lubrication Reliability Services Coordinator
Firefly Reliability
Contamination Control, Oil Analysis and Filtration
Day 2 | 09:30 - 11:00
Track 2
Contamination control, oil analysis, and filtration are essential pillars of effective lubrication management, ensuring the reliability and longevity of machinery across various industries. Contaminants in lubricants—such as dirt, water, and metal particles—can compromise equipment performance, leading to increased wear, unplanned downtime, and costly repairs.
This session will explore strategies to identify, control, and mitigate these contaminants, ensuring lubricant cleanliness and equipment longevity. Participants will learn the fundamentals of oil analysis as a diagnostic tool for monitoring lubricant health and detecting early signs of wear or contamination. By leveraging oil analysis, businesses can implement proactive maintenance strategies, reducing risks and extending equipment life.
The session will also cover advancements in filtration technology, emphasizing how effective filtration systems enhance lubricant performance by removing contaminants. Participants will leave with practical knowledge to implement robust contamination control, oil analysis, and filtration strategies, enhancing machinery performance and operational efficiency.
The presenters will cover:
- Preventing premature wear through understanding the role of oil flushing in pre-commissioning
- Hydraulic fluid sampling best practices to meaningfully increase profit
- Using oil analysis to diagnose an overheated gearbox
Chair
Greg Livingstone
Chief Innovation Officer
Fluitec
Anshuman Agrawal
Founder & MD
Minimac Systems
Dr. Sassan Hojabr
SKF RecondOil Technical Manager, North America
SKF Canada
Evan Zabawski
Senior Technical Advisor
Eurofins TestOil
Mark Hall
Lubricants Technical Manager
Sterling Fuels Limited
Zack Walsh
Lubrication Reliability Services Coordinator
Firefly Reliability
Contamination Control, Oil Analysis and Filtration
Day 2 | 09:30 - 11:00
Track 2
Contamination control, oil analysis, and filtration are essential pillars of effective lubrication management, ensuring the reliability and longevity of machinery across various industries. Contaminants in lubricants—such as dirt, water, and metal particles—can compromise equipment performance, leading to increased wear, unplanned downtime, and costly repairs.
This session will explore strategies to identify, control, and mitigate these contaminants, ensuring lubricant cleanliness and equipment longevity. Participants will learn the fundamentals of oil analysis as a diagnostic tool for monitoring lubricant health and detecting early signs of wear or contamination. By leveraging oil analysis, businesses can implement proactive maintenance strategies, reducing risks and extending equipment life.
The session will also cover advancements in filtration technology, emphasizing how effective filtration systems enhance lubricant performance by removing contaminants. Participants will leave with practical knowledge to implement robust contamination control, oil analysis, and filtration strategies, enhancing machinery performance and operational efficiency.
The presenters will cover:
- Preventing premature wear through understanding the role of oil flushing in pre-commissioning
- Hydraulic fluid sampling best practices to meaningfully increase profit
- Using oil analysis to diagnose an overheated gearbox
Chair
Greg Livingstone
Chief Innovation Officer
Fluitec
Anshuman Agrawal
Founder & MD
Minimac Systems
Dr. Sassan Hojabr
SKF RecondOil Technical Manager, North America
SKF Canada
Evan Zabawski
Senior Technical Advisor
Eurofins TestOil
Mark Hall
Lubricants Technical Manager
Sterling Fuels Limited
Zack Walsh
Lubrication Reliability Services Coordinator
Firefly Reliability
Technology Showcase of Biobased Lubricants and Renewable Feedstocks
Technology Showcase of Biobased Lubricants and Renewable Feedstocks
Day 2 | 11:30 - 12:45
Track 1
Derived from natural sources such as plant oils, esters, and even agricultural by-products, biobased lubricants present an opportunity to reduce environmental impact while maintaining or surpassing performance standards. Biobased lubricants excel in biodegradability, low toxicity, and reduced carbon footprints, making them ideal for industries seeking eco-friendly solutions without compromising efficiency. However, challenges such as feedstock availability, cost competitiveness, and scalability remain barriers to widespread adoption. Advances in processing technologies and collaboration across the supply chain are key to overcoming these hurdles. As the global push for sustainable solutions accelerates, biobased lubricants and renewable feedstocks are positioned to play a pivotal role in driving innovation and shaping a greener future for the industry.
This showcase aims to inspire collaboration and investment in sustainable lubricant technologies, providing a platform for stakeholders to discuss opportunities, challenges, and pathways to mainstream adoption of biobased lubricants and renewable feedstocks.
Presentation topics include:
- Compare and contrast of different chemistries and their properties
- Investigating their sustainability, performance and durability
- Changes in formulations which allow lubricants to be reclassified or suited for bio-uses
- Classifications, regulations, and definitions of bio-lubricants
Chair
Constantin Madius
Sr. Commercial Product Manager
Axel International AB
Anuj Kumar Singh
Industry Manager, Energy
Kline + Company
Dr. Andreas Kohl
Head of Specialty Chemicals and Catalysts
Verbio
Dr. Jun Qu
Corporate Fellow and Group Leader of Surface Engineering & Tribology
Oak Ridge National Lab
Marco Bellini
President, CEO & Industrial Chemist
Bellini
Technology Showcase of Biobased Lubricants and Renewable Feedstocks
Day 2 | 11:30 - 12:45
Track 1
Derived from natural sources such as plant oils, esters, and even agricultural by-products, biobased lubricants present an opportunity to reduce environmental impact while maintaining or surpassing performance standards. Biobased lubricants excel in biodegradability, low toxicity, and reduced carbon footprints, making them ideal for industries seeking eco-friendly solutions without compromising efficiency. However, challenges such as feedstock availability, cost competitiveness, and scalability remain barriers to widespread adoption. Advances in processing technologies and collaboration across the supply chain are key to overcoming these hurdles. As the global push for sustainable solutions accelerates, biobased lubricants and renewable feedstocks are positioned to play a pivotal role in driving innovation and shaping a greener future for the industry.
This showcase aims to inspire collaboration and investment in sustainable lubricant technologies, providing a platform for stakeholders to discuss opportunities, challenges, and pathways to mainstream adoption of biobased lubricants and renewable feedstocks.
Presentation topics include:
- Compare and contrast of different chemistries and their properties
- Investigating their sustainability, performance and durability
- Changes in formulations which allow lubricants to be reclassified or suited for bio-uses
- Classifications, regulations, and definitions of bio-lubricants
Chair
Constantin Madius
Sr. Commercial Product Manager
Axel International AB
Anuj Kumar Singh
Industry Manager, Energy
Kline + Company
Dr. Andreas Kohl
Head of Specialty Chemicals and Catalysts
Verbio
Dr. Jun Qu
Corporate Fellow and Group Leader of Surface Engineering & Tribology
Oak Ridge National Lab
Marco Bellini
President, CEO & Industrial Chemist
Bellini
Technology Showcase of Biobased Lubricants and Renewable Feedstocks
Day 2 | 11:30 - 12:45
Track 1
Derived from natural sources such as plant oils, esters, and even agricultural by-products, biobased lubricants present an opportunity to reduce environmental impact while maintaining or surpassing performance standards. Biobased lubricants excel in biodegradability, low toxicity, and reduced carbon footprints, making them ideal for industries seeking eco-friendly solutions without compromising efficiency. However, challenges such as feedstock availability, cost competitiveness, and scalability remain barriers to widespread adoption. Advances in processing technologies and collaboration across the supply chain are key to overcoming these hurdles. As the global push for sustainable solutions accelerates, biobased lubricants and renewable feedstocks are positioned to play a pivotal role in driving innovation and shaping a greener future for the industry.
This showcase aims to inspire collaboration and investment in sustainable lubricant technologies, providing a platform for stakeholders to discuss opportunities, challenges, and pathways to mainstream adoption of biobased lubricants and renewable feedstocks.
Presentation topics include:
- Compare and contrast of different chemistries and their properties
- Investigating their sustainability, performance and durability
- Changes in formulations which allow lubricants to be reclassified or suited for bio-uses
- Classifications, regulations, and definitions of bio-lubricants
Chair
Constantin Madius
Sr. Commercial Product Manager
Axel International AB
Anuj Kumar Singh
Industry Manager, Energy
Kline + Company
Dr. Andreas Kohl
Head of Specialty Chemicals and Catalysts
Verbio
Dr. Jun Qu
Corporate Fellow and Group Leader of Surface Engineering & Tribology
Oak Ridge National Lab
Marco Bellini
President, CEO & Industrial Chemist
Bellini
Technology Showcase of Biobased Lubricants and Renewable Feedstocks
Day 2 | 11:30 - 12:45
Track 1
Derived from natural sources such as plant oils, esters, and even agricultural by-products, biobased lubricants present an opportunity to reduce environmental impact while maintaining or surpassing performance standards. Biobased lubricants excel in biodegradability, low toxicity, and reduced carbon footprints, making them ideal for industries seeking eco-friendly solutions without compromising efficiency. However, challenges such as feedstock availability, cost competitiveness, and scalability remain barriers to widespread adoption. Advances in processing technologies and collaboration across the supply chain are key to overcoming these hurdles. As the global push for sustainable solutions accelerates, biobased lubricants and renewable feedstocks are positioned to play a pivotal role in driving innovation and shaping a greener future for the industry.
This showcase aims to inspire collaboration and investment in sustainable lubricant technologies, providing a platform for stakeholders to discuss opportunities, challenges, and pathways to mainstream adoption of biobased lubricants and renewable feedstocks.
Presentation topics include:
- Compare and contrast of different chemistries and their properties
- Investigating their sustainability, performance and durability
- Changes in formulations which allow lubricants to be reclassified or suited for bio-uses
- Classifications, regulations, and definitions of bio-lubricants
Chair
Constantin Madius
Sr. Commercial Product Manager
Axel International AB
Anuj Kumar Singh
Industry Manager, Energy
Kline + Company
Dr. Andreas Kohl
Head of Specialty Chemicals and Catalysts
Verbio
Dr. Jun Qu
Corporate Fellow and Group Leader of Surface Engineering & Tribology
Oak Ridge National Lab
Marco Bellini
President, CEO & Industrial Chemist
Bellini
Lubrication Selection and Best Practices
Lubrication Selection and Best Practices
Day 2 | 11:30 - 12:45
Track 2
The lubrication selection process involves choosing the right type of lubricant—whether oil or grease—based on application-specific factors such as load, speed, temperature, and environmental conditions. With advancements in lubrication technology, options now include synthetic formulations, environmentally friendly alternatives, and products designed for extended performance in extreme conditions. Equally important are best practices in lubricant application and management. This includes proper storage, contamination control, and following the recommended lubrication intervals to ensure consistent protection. Training personnel in correct application techniques and leveraging tools like automated lubrication systems can further enhance efficiency.
This session will delve into the key considerations for selecting the optimal lubricant, while also providing actionable insights into best practices. Attendees will leave equipped to make informed decisions that enhance equipment reliability and operational productivity.
Presentations include:
- Precision Regreasing: Maximizing Bearing Life with the Right Approach
- How to prevent critical equipment failures with proper lubrication
- Crucial considerations when implementing a site lubrication program
Chair
Paul Hiller
Marketing Manager
ICML
Dr. Nathan Wright
President
Transformational Performance Solutions
Michael Meehan
CEO & Senior Consultant
ReliabilityDude
Mike Johnson
President and Principal Consultant
AMRRI
Tyler Beckett
Vice President
Newton Industrial Solutions
Lubrication Selection and Best Practices
Day 2 | 11:30 - 12:45
Track 2
The lubrication selection process involves choosing the right type of lubricant—whether oil or grease—based on application-specific factors such as load, speed, temperature, and environmental conditions. With advancements in lubrication technology, options now include synthetic formulations, environmentally friendly alternatives, and products designed for extended performance in extreme conditions. Equally important are best practices in lubricant application and management. This includes proper storage, contamination control, and following the recommended lubrication intervals to ensure consistent protection. Training personnel in correct application techniques and leveraging tools like automated lubrication systems can further enhance efficiency.
This session will delve into the key considerations for selecting the optimal lubricant, while also providing actionable insights into best practices. Attendees will leave equipped to make informed decisions that enhance equipment reliability and operational productivity.
Presentations include:
- Precision Regreasing: Maximizing Bearing Life with the Right Approach
- How to prevent critical equipment failures with proper lubrication
- Crucial considerations when implementing a site lubrication program
Chair
Paul Hiller
Marketing Manager
ICML
Dr. Nathan Wright
President
Transformational Performance Solutions
Michael Meehan
CEO & Senior Consultant
ReliabilityDude
Mike Johnson
President and Principal Consultant
AMRRI
Tyler Beckett
Vice President
Newton Industrial Solutions
Lubrication Selection and Best Practices
Day 2 | 11:30 - 12:45
Track 2
The lubrication selection process involves choosing the right type of lubricant—whether oil or grease—based on application-specific factors such as load, speed, temperature, and environmental conditions. With advancements in lubrication technology, options now include synthetic formulations, environmentally friendly alternatives, and products designed for extended performance in extreme conditions. Equally important are best practices in lubricant application and management. This includes proper storage, contamination control, and following the recommended lubrication intervals to ensure consistent protection. Training personnel in correct application techniques and leveraging tools like automated lubrication systems can further enhance efficiency.
This session will delve into the key considerations for selecting the optimal lubricant, while also providing actionable insights into best practices. Attendees will leave equipped to make informed decisions that enhance equipment reliability and operational productivity.
Presentations include:
- Precision Regreasing: Maximizing Bearing Life with the Right Approach
- How to prevent critical equipment failures with proper lubrication
- Crucial considerations when implementing a site lubrication program
Chair
Paul Hiller
Marketing Manager
ICML
Dr. Nathan Wright
President
Transformational Performance Solutions
Michael Meehan
CEO & Senior Consultant
ReliabilityDude
Mike Johnson
President and Principal Consultant
AMRRI
Tyler Beckett
Vice President
Newton Industrial Solutions
Lubrication Selection and Best Practices
Day 2 | 11:30 - 12:45
Track 2
The lubrication selection process involves choosing the right type of lubricant—whether oil or grease—based on application-specific factors such as load, speed, temperature, and environmental conditions. With advancements in lubrication technology, options now include synthetic formulations, environmentally friendly alternatives, and products designed for extended performance in extreme conditions. Equally important are best practices in lubricant application and management. This includes proper storage, contamination control, and following the recommended lubrication intervals to ensure consistent protection. Training personnel in correct application techniques and leveraging tools like automated lubrication systems can further enhance efficiency.
This session will delve into the key considerations for selecting the optimal lubricant, while also providing actionable insights into best practices. Attendees will leave equipped to make informed decisions that enhance equipment reliability and operational productivity.
Presentations include:
- Precision Regreasing: Maximizing Bearing Life with the Right Approach
- How to prevent critical equipment failures with proper lubrication
- Crucial considerations when implementing a site lubrication program
Chair
Paul Hiller
Marketing Manager
ICML
Dr. Nathan Wright
President
Transformational Performance Solutions
Michael Meehan
CEO & Senior Consultant
ReliabilityDude
Mike Johnson
President and Principal Consultant
AMRRI
Tyler Beckett
Vice President
Newton Industrial Solutions
Day 2 afternoon
A Deep Dive into Synthetic Esters for Lubricant Formulation
A Deep Dive into Synthetic Esters for Lubricant Formulation
Day 2 | 14:15 - 15:30
Track 1
Synthetic esters are a cornerstone in advanced lubricant formulation, offering exceptional performance properties that meet the demands of modern machinery and applications. These engineered molecules are derived from the reaction of alcohols and acids, enabling precise customization to achieve desired viscosity, thermal stability, and lubricity characteristics. Synthetic esters are renowned for their superior thermal and oxidative stability, low volatility, and excellent low-temperature fluidity, making them ideal for high-performance and environmentally demanding applications. Additionally, synthetic esters can be designed for biodegradability, aligning with increasing regulatory and environmental requirements. Despite their higher cost compared to mineral oils, the enhanced efficiency, equipment protection, and longer service life they provide often justify their use. As technology and sustainability goals advance, synthetic esters continue to play a critical role in pushing the boundaries of lubricant performance.
Presentations will cover:
- Industry trends driving synthetic base oil innovation
- Understanding features and benefits associated with using a secondary ester in a lubricant formulation
- Contribution of synthetic esters to reducing carbon emissions in lubrication applications
Chair
Dr Katherine Glasgow
Technical Director, Performance Materials
Aurorium
Alexei Kurchan
Business Development Manager – Energy Technologies
Cargill
Siegfried Lucazeau
Project Manager
NYCO
Zach Hunt
Senior Applications Specialist
VBASE Oil Company
A Deep Dive into Synthetic Esters for Lubricant Formulation
Day 2 | 14:15 - 15:30
Track 1
Synthetic esters are a cornerstone in advanced lubricant formulation, offering exceptional performance properties that meet the demands of modern machinery and applications. These engineered molecules are derived from the reaction of alcohols and acids, enabling precise customization to achieve desired viscosity, thermal stability, and lubricity characteristics. Synthetic esters are renowned for their superior thermal and oxidative stability, low volatility, and excellent low-temperature fluidity, making them ideal for high-performance and environmentally demanding applications. Additionally, synthetic esters can be designed for biodegradability, aligning with increasing regulatory and environmental requirements. Despite their higher cost compared to mineral oils, the enhanced efficiency, equipment protection, and longer service life they provide often justify their use. As technology and sustainability goals advance, synthetic esters continue to play a critical role in pushing the boundaries of lubricant performance.
Presentations will cover:
- Industry trends driving synthetic base oil innovation
- Understanding features and benefits associated with using a secondary ester in a lubricant formulation
- Contribution of synthetic esters to reducing carbon emissions in lubrication applications
Chair
Dr Katherine Glasgow
Technical Director, Performance Materials
Aurorium
Alexei Kurchan
Business Development Manager – Energy Technologies
Cargill
Siegfried Lucazeau
Project Manager
NYCO
Zach Hunt
Senior Applications Specialist
VBASE Oil Company
A Deep Dive into Synthetic Esters for Lubricant Formulation
Day 2 | 14:15 - 15:30
Track 1
Synthetic esters are a cornerstone in advanced lubricant formulation, offering exceptional performance properties that meet the demands of modern machinery and applications. These engineered molecules are derived from the reaction of alcohols and acids, enabling precise customization to achieve desired viscosity, thermal stability, and lubricity characteristics. Synthetic esters are renowned for their superior thermal and oxidative stability, low volatility, and excellent low-temperature fluidity, making them ideal for high-performance and environmentally demanding applications. Additionally, synthetic esters can be designed for biodegradability, aligning with increasing regulatory and environmental requirements. Despite their higher cost compared to mineral oils, the enhanced efficiency, equipment protection, and longer service life they provide often justify their use. As technology and sustainability goals advance, synthetic esters continue to play a critical role in pushing the boundaries of lubricant performance.
Presentations will cover:
- Industry trends driving synthetic base oil innovation
- Understanding features and benefits associated with using a secondary ester in a lubricant formulation
- Contribution of synthetic esters to reducing carbon emissions in lubrication applications
Chair
Dr Katherine Glasgow
Technical Director, Performance Materials
Aurorium
Alexei Kurchan
Business Development Manager – Energy Technologies
Cargill
Siegfried Lucazeau
Project Manager
NYCO
Zach Hunt
Senior Applications Specialist
VBASE Oil Company
Lubricant Applications in Industrial Manufacturing
Lubricant Applications in Industrial Manufacturing
Day 2 | 14:15 - 15:30
Track 2
Lubricants play a critical role in industrial manufacturing, ensuring the smooth operation of machinery, minimizing friction and wear, and reducing energy consumption. They are essential in high-stress environments where equipment operates under extreme conditions, such as high temperatures, heavy loads, and constant motion. Industrial lubricants include oils, greases, and specialty formulations tailored to meet specific application needs, from hydraulic systems and gearboxes to conveyor belts and compressors.
This session explores real-world case studies showcasing the transformative impact of lubricants in industrial manufacturing.
Speakers will cover:
- Lubrication considerations of air actuated equipment
- Exploring the potential of water-based lubricants for roller bearings: A path forward
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Benedikt Siewerin
Business Development Gear Lubrication Specialist
Klüber Lubrication
Dr. Bryan Bergeron
R&D Principal Chemist
AW Chesterton
Matt McCarthy
Regional Sales Representative
Sloan Lubrication Systems
Seth Johnson
FRI Compressor Engineer
TC Energy
Lubricant Applications in Industrial Manufacturing
Day 2 | 14:15 - 15:30
Track 2
Lubricants play a critical role in industrial manufacturing, ensuring the smooth operation of machinery, minimizing friction and wear, and reducing energy consumption. They are essential in high-stress environments where equipment operates under extreme conditions, such as high temperatures, heavy loads, and constant motion. Industrial lubricants include oils, greases, and specialty formulations tailored to meet specific application needs, from hydraulic systems and gearboxes to conveyor belts and compressors.
This session explores real-world case studies showcasing the transformative impact of lubricants in industrial manufacturing.
Speakers will cover:
- Lubrication considerations of air actuated equipment
- Exploring the potential of water-based lubricants for roller bearings: A path forward
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Benedikt Siewerin
Business Development Gear Lubrication Specialist
Klüber Lubrication
Dr. Bryan Bergeron
R&D Principal Chemist
AW Chesterton
Matt McCarthy
Regional Sales Representative
Sloan Lubrication Systems
Seth Johnson
FRI Compressor Engineer
TC Energy
Lubricant Applications in Industrial Manufacturing
Day 2 | 14:15 - 15:30
Track 2
Lubricants play a critical role in industrial manufacturing, ensuring the smooth operation of machinery, minimizing friction and wear, and reducing energy consumption. They are essential in high-stress environments where equipment operates under extreme conditions, such as high temperatures, heavy loads, and constant motion. Industrial lubricants include oils, greases, and specialty formulations tailored to meet specific application needs, from hydraulic systems and gearboxes to conveyor belts and compressors.
This session explores real-world case studies showcasing the transformative impact of lubricants in industrial manufacturing.
Speakers will cover:
- Lubrication considerations of air actuated equipment
- Exploring the potential of water-based lubricants for roller bearings: A path forward
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Benedikt Siewerin
Business Development Gear Lubrication Specialist
Klüber Lubrication
Dr. Bryan Bergeron
R&D Principal Chemist
AW Chesterton
Matt McCarthy
Regional Sales Representative
Sloan Lubrication Systems
Seth Johnson
FRI Compressor Engineer
TC Energy
Lubricant Applications in Industrial Manufacturing
Day 2 | 14:15 - 15:30
Track 2
Lubricants play a critical role in industrial manufacturing, ensuring the smooth operation of machinery, minimizing friction and wear, and reducing energy consumption. They are essential in high-stress environments where equipment operates under extreme conditions, such as high temperatures, heavy loads, and constant motion. Industrial lubricants include oils, greases, and specialty formulations tailored to meet specific application needs, from hydraulic systems and gearboxes to conveyor belts and compressors.
This session explores real-world case studies showcasing the transformative impact of lubricants in industrial manufacturing.
Speakers will cover:
- Lubrication considerations of air actuated equipment
- Exploring the potential of water-based lubricants for roller bearings: A path forward
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Benedikt Siewerin
Business Development Gear Lubrication Specialist
Klüber Lubrication
Dr. Bryan Bergeron
R&D Principal Chemist
AW Chesterton
Matt McCarthy
Regional Sales Representative
Sloan Lubrication Systems
Seth Johnson
FRI Compressor Engineer
TC Energy
North American Base Oils Supply and Demand Outlook
North American Base Oils Supply and Demand Outlook
Day 2 | 15:45 - 16:05
Track 1
The North American base oil is undergoing significant transformation, driven by evolving supply dynamics, shifting demand patterns, and regulatory pressures. On the supply side, advancements in refining technologies have led to increased production of higher-quality Group II and Group III base oils, while older Group I production continues to decline. Simultaneously, demand is influenced by trends such as the push for energy efficiency, the rise of electric vehicles, and the growing focus on sustainability. This dynamic environment is further shaped by global trade factors, including import-export balances and competition from other regions. Understanding these trends is crucial for industry stakeholders navigating market challenges and identifying growth opportunities.
This session provides a detailed overview of supply-demand shifts, equipping businesses with strategic insights for decision-making. It will cover questions including:
- How are evolving lubricant needs affecting base oils?
- North American demand has dropped to all-time lows while global capacity is growing -how is the imbalance being managed?
- What is the long-term demand outlook?
- What factors are contributing to weaker demand while miles driven and gasoline consumption remain stable?
Amanda Hay
Senior Editor Manager, Base Oils Americas
ICIS
Lubrication in Food Processing
Lubrication in Food Processing
Day 2 | 15:45 - 16:30
Track 2
The use of lubricants in food processing requires careful consideration to ensure both machinery performance and food safety. Food-grade lubricants must comply with strict regulations, such as those established by the FDA and NSF, to prevent contamination of food products. These lubricants are typically designed to be non-toxic, odorless, tasteless, and capable of withstanding the unique demands of food production environments, such as high temperatures, moisture, and chemical exposure.
Choosing the appropriate lubricant involves assessing the operating conditions, including load, speed, and environmental factors like steam or washdowns, which can degrade traditional lubricants. Additionally, the use of H1-grade lubricants, approved for incidental food contact, is critical for applications near food contact zones. Proper application and maintenance practices, such as regular monitoring and contamination control, are essential to optimize performance and ensure compliance with safety standards. Effective lubrication in food processing supports equipment reliability, minimizes downtime, and protects product integrity.
Presentations will focus on:
- Kosher food-grade lubricants: definition, process, issues and opportunities
- Selecting the ideal lubricant for the food processing industry
Chair
Rich Wurzbach
President
MRG Laboratories
Erik Lorence
Technical Director
Resolute Oil
Rabbi Yossi Grossman
Supervising Authority/Kashrus Administrator
Industrial Kosher
Steve Mazzola
Director, Engineering & Technical Services
Klüber Lubrication
Lubrication in Food Processing
Day 2 | 15:45 - 16:30
Track 2
The use of lubricants in food processing requires careful consideration to ensure both machinery performance and food safety. Food-grade lubricants must comply with strict regulations, such as those established by the FDA and NSF, to prevent contamination of food products. These lubricants are typically designed to be non-toxic, odorless, tasteless, and capable of withstanding the unique demands of food production environments, such as high temperatures, moisture, and chemical exposure.
Choosing the appropriate lubricant involves assessing the operating conditions, including load, speed, and environmental factors like steam or washdowns, which can degrade traditional lubricants. Additionally, the use of H1-grade lubricants, approved for incidental food contact, is critical for applications near food contact zones. Proper application and maintenance practices, such as regular monitoring and contamination control, are essential to optimize performance and ensure compliance with safety standards. Effective lubrication in food processing supports equipment reliability, minimizes downtime, and protects product integrity.
Presentations will focus on:
- Kosher food-grade lubricants: definition, process, issues and opportunities
- Selecting the ideal lubricant for the food processing industry
Chair
Rich Wurzbach
President
MRG Laboratories
Erik Lorence
Technical Director
Resolute Oil
Rabbi Yossi Grossman
Supervising Authority/Kashrus Administrator
Industrial Kosher
Steve Mazzola
Director, Engineering & Technical Services
Klüber Lubrication
Lubrication in Food Processing
Day 2 | 15:45 - 16:30
Track 2
The use of lubricants in food processing requires careful consideration to ensure both machinery performance and food safety. Food-grade lubricants must comply with strict regulations, such as those established by the FDA and NSF, to prevent contamination of food products. These lubricants are typically designed to be non-toxic, odorless, tasteless, and capable of withstanding the unique demands of food production environments, such as high temperatures, moisture, and chemical exposure.
Choosing the appropriate lubricant involves assessing the operating conditions, including load, speed, and environmental factors like steam or washdowns, which can degrade traditional lubricants. Additionally, the use of H1-grade lubricants, approved for incidental food contact, is critical for applications near food contact zones. Proper application and maintenance practices, such as regular monitoring and contamination control, are essential to optimize performance and ensure compliance with safety standards. Effective lubrication in food processing supports equipment reliability, minimizes downtime, and protects product integrity.
Presentations will focus on:
- Kosher food-grade lubricants: definition, process, issues and opportunities
- Selecting the ideal lubricant for the food processing industry
Chair
Rich Wurzbach
President
MRG Laboratories
Erik Lorence
Technical Director
Resolute Oil
Rabbi Yossi Grossman
Supervising Authority/Kashrus Administrator
Industrial Kosher
Steve Mazzola
Director, Engineering & Technical Services
Klüber Lubrication
Mitigating Risk through Supply Chain Compliance
Mitigating Risk through Supply Chain Compliance
Day 2 | 16:05 - 16:30
Track 1
In 2024, supply chains continue to face pressure from geopolitical tensions, environmental regulations, and the ongoing impact of climate change. These factors, combined with stricter regulations on sustainability and ESG (Environmental, Social, and Governance) reporting, have heightened the need for robust risk management strategies. Companies that fail to adapt risk significant disruptions, financial penalties, and reputational damage.
This session will explore the latest developments in global compliance requirements, focusing on the intersection of environmental regulations, hazardous material management, and international trade laws. Attendees will gain insights into the specific challenges faced by the lubricant industry, including compliance with REACH, GHS, and other critical regulations that impact product stewardship and safety.
Join this session to:
- Learn how to conduct effective compliance audits, implement robust risk management practices, and navigate the complexities of regulatory reporting
- Identify potential regulatory compliance risks in supply chain operations
- Gain understanding of the latest global compliance requirements impacting the lubricant industry
Dr. Robert Janssen
Director/Founder
Advilex Regulatory Compliance
Track 1
Track 2
Day 3 morning
CLOSING PLENARY: Market Trends Audience Survey and Panel
CLOSING PLENARY: Market Trends Audience Survey and Panel
Day 3 | 09:30 - 10:30
Track 1
Join the plenary panel discussion where we will publish the results of the Live Industry Survey which we conducted with our visitors during the event over the past two days.
The panel of industry experts will interpret these results, discuss their implications, and explore the opportunities and challenges that lie ahead. Join us as we navigate this dynamic landscape and uncover what the future holds for the lubricants industry.
Fill out the Live Industry Survey by going to www.slido.com, type in the event code: LNA25 and select the Live Industry Survey.
Chair
John Dietrich
US Associate Editor
Argus Media
Angela Willis
Industry Liaison Advisor – North America
Infineum
Dr. Shubhamita Basu
Business Development Director, Engineered Fluids, Americas
Perstorp
Mike McCabe
Consultant
MDM Insight
Rafe Britton
Technical Specialist
Lubrication Expert
CLOSING PLENARY: Market Trends Audience Survey and Panel
Day 3 | 09:30 - 10:30
Track 1
Join the plenary panel discussion where we will publish the results of the Live Industry Survey which we conducted with our visitors during the event over the past two days.
The panel of industry experts will interpret these results, discuss their implications, and explore the opportunities and challenges that lie ahead. Join us as we navigate this dynamic landscape and uncover what the future holds for the lubricants industry.
Fill out the Live Industry Survey by going to www.slido.com, type in the event code: LNA25 and select the Live Industry Survey.
Chair
John Dietrich
US Associate Editor
Argus Media
Angela Willis
Industry Liaison Advisor – North America
Infineum
Dr. Shubhamita Basu
Business Development Director, Engineered Fluids, Americas
Perstorp
Mike McCabe
Consultant
MDM Insight
Rafe Britton
Technical Specialist
Lubrication Expert
CLOSING PLENARY: Market Trends Audience Survey and Panel
Day 3 | 09:30 - 10:30
Track 1
Join the plenary panel discussion where we will publish the results of the Live Industry Survey which we conducted with our visitors during the event over the past two days.
The panel of industry experts will interpret these results, discuss their implications, and explore the opportunities and challenges that lie ahead. Join us as we navigate this dynamic landscape and uncover what the future holds for the lubricants industry.
Fill out the Live Industry Survey by going to www.slido.com, type in the event code: LNA25 and select the Live Industry Survey.
Chair
John Dietrich
US Associate Editor
Argus Media
Angela Willis
Industry Liaison Advisor – North America
Infineum
Dr. Shubhamita Basu
Business Development Director, Engineered Fluids, Americas
Perstorp
Mike McCabe
Consultant
MDM Insight
Rafe Britton
Technical Specialist
Lubrication Expert
CLOSING PLENARY: Market Trends Audience Survey and Panel
Day 3 | 09:30 - 10:30
Track 1
Join the plenary panel discussion where we will publish the results of the Live Industry Survey which we conducted with our visitors during the event over the past two days.
The panel of industry experts will interpret these results, discuss their implications, and explore the opportunities and challenges that lie ahead. Join us as we navigate this dynamic landscape and uncover what the future holds for the lubricants industry.
Fill out the Live Industry Survey by going to www.slido.com, type in the event code: LNA25 and select the Live Industry Survey.
Chair
John Dietrich
US Associate Editor
Argus Media
Angela Willis
Industry Liaison Advisor – North America
Infineum
Dr. Shubhamita Basu
Business Development Director, Engineered Fluids, Americas
Perstorp
Mike McCabe
Consultant
MDM Insight
Rafe Britton
Technical Specialist
Lubrication Expert
Reducing Product Carbon Footprint of Lubricants and Greases
Reducing Product Carbon Footprint of Lubricants and Greases
Day 3 | 11.00 - 12:15
Track 1
Effectively reducing the carbon footprint of lubricants and greases hinges on accurate and comprehensive data, yet leveraging this data presents significant challenges. A major hurdle lies in the lack of standardized methodologies for calculating carbon footprints across the product lifecycle. Disparate approaches to data collection, processing, and reporting can lead to inconsistent metrics, making comparisons and benchmarks difficult.
Another challenge is the complexity of supply chains, where obtaining reliable data on raw materials, energy use, and transportation is often constrained by limited visibility and cooperation among stakeholders. Additionally, integrating data from diverse systems, formats, and sources requires advanced digital tools and expertise, which may be costly or inaccessible for some organizations. Furthermore, ensuring the data’s accuracy, traceability, and alignment with evolving regulatory requirements demands ongoing effort. Overcoming these challenges is critical for informed decision-making, enabling industries to develop targeted strategies that balance sustainability goals with economic feasibility.
This session will explore the pivotal role of data in reducing the carbon footprint of lubricants and greases, focusing on the challenges and solutions associated with data collection, integration, and utilization.
This panel will investigate:
- What are the industry’s strategies around carbon neutrality?
- How is the sector reducing their product carbon footprint?
- How to implement methodologies for product carbon footprint reduction?
- How do we make sure, as a private blender, to get visibility on components and how they are made upstream?
- Where to get the data from and what data to upstream suppliers for?
Chair
Mike McCabe
Consultant
MDM Insight
Beth Tanner
VP of product management for product stewardship, compliance and sustainability
Sphera
Russell Dickhart Jr
Global Finished Lubricants Sustainability Manager
ExxonMobil
WillVickers
Co-Chairman
Vickers Oils
Reducing Product Carbon Footprint of Lubricants and Greases
Day 3 | 11.00 - 12:15
Track 1
Effectively reducing the carbon footprint of lubricants and greases hinges on accurate and comprehensive data, yet leveraging this data presents significant challenges. A major hurdle lies in the lack of standardized methodologies for calculating carbon footprints across the product lifecycle. Disparate approaches to data collection, processing, and reporting can lead to inconsistent metrics, making comparisons and benchmarks difficult.
Another challenge is the complexity of supply chains, where obtaining reliable data on raw materials, energy use, and transportation is often constrained by limited visibility and cooperation among stakeholders. Additionally, integrating data from diverse systems, formats, and sources requires advanced digital tools and expertise, which may be costly or inaccessible for some organizations. Furthermore, ensuring the data’s accuracy, traceability, and alignment with evolving regulatory requirements demands ongoing effort. Overcoming these challenges is critical for informed decision-making, enabling industries to develop targeted strategies that balance sustainability goals with economic feasibility.
This session will explore the pivotal role of data in reducing the carbon footprint of lubricants and greases, focusing on the challenges and solutions associated with data collection, integration, and utilization.
This panel will investigate:
- What are the industry’s strategies around carbon neutrality?
- How is the sector reducing their product carbon footprint?
- How to implement methodologies for product carbon footprint reduction?
- How do we make sure, as a private blender, to get visibility on components and how they are made upstream?
- Where to get the data from and what data to upstream suppliers for?
Chair
Mike McCabe
Consultant
MDM Insight
Beth Tanner
VP of product management for product stewardship, compliance and sustainability
Sphera
Russell Dickhart Jr
Global Finished Lubricants Sustainability Manager
ExxonMobil
WillVickers
Co-Chairman
Vickers Oils
Reducing Product Carbon Footprint of Lubricants and Greases
Day 3 | 11.00 - 12:15
Track 1
Effectively reducing the carbon footprint of lubricants and greases hinges on accurate and comprehensive data, yet leveraging this data presents significant challenges. A major hurdle lies in the lack of standardized methodologies for calculating carbon footprints across the product lifecycle. Disparate approaches to data collection, processing, and reporting can lead to inconsistent metrics, making comparisons and benchmarks difficult.
Another challenge is the complexity of supply chains, where obtaining reliable data on raw materials, energy use, and transportation is often constrained by limited visibility and cooperation among stakeholders. Additionally, integrating data from diverse systems, formats, and sources requires advanced digital tools and expertise, which may be costly or inaccessible for some organizations. Furthermore, ensuring the data’s accuracy, traceability, and alignment with evolving regulatory requirements demands ongoing effort. Overcoming these challenges is critical for informed decision-making, enabling industries to develop targeted strategies that balance sustainability goals with economic feasibility.
This session will explore the pivotal role of data in reducing the carbon footprint of lubricants and greases, focusing on the challenges and solutions associated with data collection, integration, and utilization.
This panel will investigate:
- What are the industry’s strategies around carbon neutrality?
- How is the sector reducing their product carbon footprint?
- How to implement methodologies for product carbon footprint reduction?
- How do we make sure, as a private blender, to get visibility on components and how they are made upstream?
- Where to get the data from and what data to upstream suppliers for?
Chair
Mike McCabe
Consultant
MDM Insight
Beth Tanner
VP of product management for product stewardship, compliance and sustainability
Sphera
Russell Dickhart Jr
Global Finished Lubricants Sustainability Manager
ExxonMobil
WillVickers
Co-Chairman
Vickers Oils
Bearings for High Performance Applications
Bearings for High Performance Applications
Day 3 | 11.00 - 12:15
Track 2
Bearings are critical to the functionality of advanced systems in industries like aerospace, automotive, renewable energy, and industrial machinery. This session will delve into real-world case studies showcasing the innovative applications of bearings in high-performance environments, highlighting cutting-edge designs, materials, and technologies that enable bearings to withstand extreme loads, speeds, and environmental conditions.
Through these case studies, you’ll gain insights into how industry leaders are solving complex challenges and enhancing performance. Join us to explore practical applications that push the boundaries of bearing technology and engineering excellence.
This series of presentations will zoom in on:
- Technology Transfer: From Aerospace to Industrial Bearing Testing
- Bearings for space or low earth orbit applications
- The role of AI in optimizing bearing performance and efficiency
Chair
Tom Rogers
President
Vibrac
Chris Napoleon
President & Chief Engineer
Napoleon Engineering Services
Mahmoud Eshmawy
President
North America Bearing Company
Scott Shupp
Director of Engineering
Silverthin Bearing
Bearings for High Performance Applications
Day 3 | 11.00 - 12:15
Track 2
Bearings are critical to the functionality of advanced systems in industries like aerospace, automotive, renewable energy, and industrial machinery. This session will delve into real-world case studies showcasing the innovative applications of bearings in high-performance environments, highlighting cutting-edge designs, materials, and technologies that enable bearings to withstand extreme loads, speeds, and environmental conditions.
Through these case studies, you’ll gain insights into how industry leaders are solving complex challenges and enhancing performance. Join us to explore practical applications that push the boundaries of bearing technology and engineering excellence.
This series of presentations will zoom in on:
- Technology Transfer: From Aerospace to Industrial Bearing Testing
- Bearings for space or low earth orbit applications
- The role of AI in optimizing bearing performance and efficiency
Chair
Tom Rogers
President
Vibrac
Chris Napoleon
President & Chief Engineer
Napoleon Engineering Services
Mahmoud Eshmawy
President
North America Bearing Company
Scott Shupp
Director of Engineering
Silverthin Bearing
Bearings for High Performance Applications
Day 3 | 11.00 - 12:15
Track 2
Bearings are critical to the functionality of advanced systems in industries like aerospace, automotive, renewable energy, and industrial machinery. This session will delve into real-world case studies showcasing the innovative applications of bearings in high-performance environments, highlighting cutting-edge designs, materials, and technologies that enable bearings to withstand extreme loads, speeds, and environmental conditions.
Through these case studies, you’ll gain insights into how industry leaders are solving complex challenges and enhancing performance. Join us to explore practical applications that push the boundaries of bearing technology and engineering excellence.
This series of presentations will zoom in on:
- Technology Transfer: From Aerospace to Industrial Bearing Testing
- Bearings for space or low earth orbit applications
- The role of AI in optimizing bearing performance and efficiency
Chair
Tom Rogers
President
Vibrac
Chris Napoleon
President & Chief Engineer
Napoleon Engineering Services
Mahmoud Eshmawy
President
North America Bearing Company
Scott Shupp
Director of Engineering
Silverthin Bearing
Day 3 afternoon
Life Cycle Assessments of Lubricant and Greases
Life Cycle Assessments of Lubricant and Greases
Day 3 | 13:30 - 14:45
Track 1
Conducting LCAs for lubricants and greases presents unique challenges due to the complexity of their formulations and the diversity of supply chains involved. Accurate data collection on raw materials, additives, and production processes is essential, yet can be constrained by limited visibility and inconsistent reporting standards. Additionally, the use phase, where these products influence energy efficiency and equipment lifespan, must be carefully modeled to capture indirect environmental benefits. When performed effectively, LCAs can guide the development of eco-friendly formulations, optimize processes, and support compliance with regulations, aligning the industry with global sustainability goals. The session will feature case studies demonstrating LCA findings of lubricants and greases.
This session is designed to equip participants with actionable strategies to leverage LCA insights for innovation and regulatory compliance in the sustainability era.
The presentations will cover:
- Environmentally acceptable lubricants and their impact on reducing product carbon footprint: a comparative LCA on three grease types
- Grease production CO2 emissions: 2019 and 2024 pilot plant and commercial data
- Determining real-world sustainability of lubricants
Chair
Rafe Britton
Technical Specialist
Lubrication Expert
Diane Graham
CEO
STRATCO
Dieter Grobler
Managing Director
KAJO North America
Dr. Matthew Kriech
President
Biosynthetic Technologies
Life Cycle Assessments of Lubricant and Greases
Day 3 | 13:30 - 14:45
Track 1
Conducting LCAs for lubricants and greases presents unique challenges due to the complexity of their formulations and the diversity of supply chains involved. Accurate data collection on raw materials, additives, and production processes is essential, yet can be constrained by limited visibility and inconsistent reporting standards. Additionally, the use phase, where these products influence energy efficiency and equipment lifespan, must be carefully modeled to capture indirect environmental benefits. When performed effectively, LCAs can guide the development of eco-friendly formulations, optimize processes, and support compliance with regulations, aligning the industry with global sustainability goals. The session will feature case studies demonstrating LCA findings of lubricants and greases.
This session is designed to equip participants with actionable strategies to leverage LCA insights for innovation and regulatory compliance in the sustainability era.
The presentations will cover:
- Environmentally acceptable lubricants and their impact on reducing product carbon footprint: a comparative LCA on three grease types
- Grease production CO2 emissions: 2019 and 2024 pilot plant and commercial data
- Determining real-world sustainability of lubricants
Chair
Rafe Britton
Technical Specialist
Lubrication Expert
Diane Graham
CEO
STRATCO
Dieter Grobler
Managing Director
KAJO North America
Dr. Matthew Kriech
President
Biosynthetic Technologies
Life Cycle Assessments of Lubricant and Greases
Day 3 | 13:30 - 14:45
Track 1
Conducting LCAs for lubricants and greases presents unique challenges due to the complexity of their formulations and the diversity of supply chains involved. Accurate data collection on raw materials, additives, and production processes is essential, yet can be constrained by limited visibility and inconsistent reporting standards. Additionally, the use phase, where these products influence energy efficiency and equipment lifespan, must be carefully modeled to capture indirect environmental benefits. When performed effectively, LCAs can guide the development of eco-friendly formulations, optimize processes, and support compliance with regulations, aligning the industry with global sustainability goals. The session will feature case studies demonstrating LCA findings of lubricants and greases.
This session is designed to equip participants with actionable strategies to leverage LCA insights for innovation and regulatory compliance in the sustainability era.
The presentations will cover:
- Environmentally acceptable lubricants and their impact on reducing product carbon footprint: a comparative LCA on three grease types
- Grease production CO2 emissions: 2019 and 2024 pilot plant and commercial data
- Determining real-world sustainability of lubricants
Chair
Rafe Britton
Technical Specialist
Lubrication Expert
Diane Graham
CEO
STRATCO
Dieter Grobler
Managing Director
KAJO North America
Dr. Matthew Kriech
President
Biosynthetic Technologies
Preventing Bearing Failures
Preventing Bearing Failures
Day 3 | 13:30 - 14:45
Track 2
Bearing failures can lead to significant downtime, increased maintenance costs, and potential damage to machinery, which makes their prevention crucial in high-performance applications. When these components fail, it often results from factors like improper lubrication, contamination, misalignment, or material fatigue. Preventing bearing failures involves a proactive approach that includes proper bearing selection, timely maintenance, accurate alignment, and effective monitoring.
This series of presentations will cover:
- Misconceptions of rolling element bearing performance
- Understanding, preventing and mitigating bearing failure
- Comparison of lubrication selection and application for NTN, Timken, SKF bearings
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Gakuo Ndonga
Senior Engineer
WD Bearings
Matt Nagel
Application Engineering Supervisor
NSK
Michael Holloway
President
5th Order Industry
Preventing Bearing Failures
Day 3 | 13:30 - 14:45
Track 2
Bearing failures can lead to significant downtime, increased maintenance costs, and potential damage to machinery, which makes their prevention crucial in high-performance applications. When these components fail, it often results from factors like improper lubrication, contamination, misalignment, or material fatigue. Preventing bearing failures involves a proactive approach that includes proper bearing selection, timely maintenance, accurate alignment, and effective monitoring.
This series of presentations will cover:
- Misconceptions of rolling element bearing performance
- Understanding, preventing and mitigating bearing failure
- Comparison of lubrication selection and application for NTN, Timken, SKF bearings
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Gakuo Ndonga
Senior Engineer
WD Bearings
Matt Nagel
Application Engineering Supervisor
NSK
Michael Holloway
President
5th Order Industry
Preventing Bearing Failures
Day 3 | 13:30 - 14:45
Track 2
Bearing failures can lead to significant downtime, increased maintenance costs, and potential damage to machinery, which makes their prevention crucial in high-performance applications. When these components fail, it often results from factors like improper lubrication, contamination, misalignment, or material fatigue. Preventing bearing failures involves a proactive approach that includes proper bearing selection, timely maintenance, accurate alignment, and effective monitoring.
This series of presentations will cover:
- Misconceptions of rolling element bearing performance
- Understanding, preventing and mitigating bearing failure
- Comparison of lubrication selection and application for NTN, Timken, SKF bearings
Chair
Sanya Mathura
Managing Director
Strategic Reliability Solutions
Gakuo Ndonga
Senior Engineer
WD Bearings
Matt Nagel
Application Engineering Supervisor
NSK
Michael Holloway
President
5th Order Industry
