09:30 -
10:45
Keynote: Future Proofing the Lubricant Sector
11:20 -
12:30
Reducing Scope 1 Emissions and Enabling Alternative Fuels in Heavy Duty Applications
11:20 -
12:30
Managing Challenges in Bearing Systems Through Design
14:00 -
15:15
The Carbon Puzzle: Getting a Grip on Data, Processes and Measurements to Achieve Scope 2-3 Carbon Reductions
14:00 -
15:15
Understanding Bearing Failure Modes in Power Transmission Systems
15:30 -
16:30
Forecasting Raw Material Availability Within the Lubricant Supply Chain
15:30 -
16:30
Increasing Transfer Capabilities, Power Density and System Efficiency in Wind Turbine Applications
09:30 -
10:45
Developing the Supply Chain for Re-Refined Base Oils
09:30 -
10:45
Ensuring Uptime and Reliability By Implementing a Quality Lubrication Programme
11:15 -
12:30
Driving Demand for Re-Refined Base Oils: Balancing Performance, Economic, and Environmental Trade-Offs
11:15 -
12:30
Examining Performance Requirements of Next-Generation Metal Working Fluids
14:00 -
15:15
Unravelling Renewable Feedstocks, Biodegradability and Environmental Compatibility of Lubricants, Greases and Fluids
14:00 -
15:15
Understanding Future Lubrication Requirements of Industrial Manufacturing and Advanced Robotics
15:30 -
16:30
Investigating Performance Capabilities and Compatibility of Biobased Technologies
15:30 -
16:30
Showcasing Advances in Preventive Maintenance & Condition Monitoring
09:30 -
10:45
Examining Hardware Design Trends Within EVs and Implications for Lubricant Requirements
11:15 -
12:30
Improving Range and Energy Efficiency of EVs Through Advances in Lubricant Technology
14:00 -
15:00
Testing Advancements and Developments for EV Lubricant Evaluations