Environmentally acceptable lubricants: current challenges and future trends
Thursday, 29 September 2022 at 09.00BST.
In Europe, 50% of the lubricating oils end up as managed waste and the rest is either burned or exposed to the environment. In 2017, Europe consumed 6.8 billion litres of lubricants therefore, 3.4 billion litres ended up polluting the environment being a potential cause for animal and human diseases or deaths. Moreover, the global numbers reach 36 billion litres of lubricating oil consumption. Thus, there is an urgent need for a global shift from mineral lubricating oils to environmentally acceptable lubricants (EALs) to meet the UN sustainable goals. Switching from conventional base stocks to EALs can cause new challenges. One of the most important challenges is poor function of the additive packages in the EAL, which are designed and formulated for conventional lubricants.
In this webinar you will learn:
• What EALs are
• Their current challenges (economical and technical)
• Future prospects for a greener lubricant technology
Can't join us live? Register anyway and we will send you the on-demand recording to view at your own convenience. You can attend the event directly from within the browser. No downloads required. The webinar is scheduled for one hour. Live attendees will be able to download an attendance certificate for this event.
Surface Ventures is not-for-profit organisation with a mission to provide world-class Surface Engineering education for academia and industry. Our webinars are free to attend, forever.
Nuria Espallargas is Professor at the Department of Mechanical and Industrial Engineering NTNU, Norway. She has 20 years of research experience in surface engineering, chemistry, and tribology. Since 2011 she is the NTNU leader of the Norwegian Tribology Centre. Her scientific interests are surface chemistry and engineering, lubricants, tribocorrosion and nano-tribology. Her recent research focuses on environmentally acceptable lubricants, especially on water-based and green lubricant additives.