Strengthening lubricants using graphene
Research has revealed that 3D graphene-based materials can create lubricants for engineering purposes.
Research has revealed that 3D graphene-based materials can create lubricants for engineering purposes.
New research and testing reveals a greater understanding of the causes of emissions.
Lubes development can benefit from Deep learning and Chemistry.
The drive to reduce emissions is highlighted in regulation, testing and research.
China is set to produce cellulosic ethanol despite freezing plans for ethanol-containing gasoline.
Chemical technology is helping to create new bio-lubes, while majors are collaborating with non-lube giants to recycle chemicals and plastics.
Research and development reveals new, climate positive sources, testing and environmental benefits.
OATS MD, Mike Skypala, and OATS lubricants database specialist and former F1 lubricants engineer, Adrian Bell about the importance of lubes technology in motorsport and its transfer to mainstream engines.
With a global drive towards high-performance, low emission engine oils, it would seem lubes product portfolios are only going in one direction. But what happens if local consumers are on a different journey? Russia is a case in point.
The API is set to review the standards development process following the nine year development period for the lastest GF-6 spec. But the approved spec could now roll-out faster than expected across EMEA.