![]() ![]() The experimental project will investigate specific aspects of copper nanoparticles such as their synthesis and regeneration processes along with the mechanisms by which they deliver their superior tribological performance. Due to these advantageous features, the copper nanoadditive can be a game-changer to help solve lubrication problems. The chemistry of this process is environmentally friendly and safe while the nanoadditive can be made from recycled copper that contributes to the circular economy. The additive can regenerate itself avoiding depletion and continuing to protect metal surfaces with no performance loss, which boosts sustainability. They can penetrate small gaps between moving parts and form a cohesive protective tribofilm which prevents metal fatigue under high contact stresses. Copper nanoparticles in particular have unique tribological properties. Novel additives that contain nanoparticles have shown great potential for sustainable and outstanding performance. Also, the additives should reduce greenhouse gas emissions, slow the rate and extent of global warming, as well as enable the transition to clean and renewable energy. Ideally, the additives should be capable of regenerating themselves and thus, the lubricant can be used for prolonged periods, with extended intervals between oil changes to increase sustainability. ![]() It is therefore desirable to use performance additives based on green chemistry. The cost of replacement and disposal of the used oil is substantial. To maintain the trouble-free operation of mechanical equipment these additives must reduce friction and wear and also prevent metal fatigue. ![]() The reliable operation of lubricated mechanical systems and components is enabled by the performance additives in the lubricant formulation. This project will help you achieve a unique set of skills and expertise to become a world’s leading specialist in the lubrication of efficient technologies. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |