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Deployment of Affordable Diamond-like Carbon (DLC) Coatings to Improve Efficiencies in Transportation

机译:部署价格合理的类金刚石碳(DLC)涂层以提高运输效率

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Greenhouse gas (GHG) emissions from the transportation sector have been on the rise at an increasing rate. The beginning of 2016 marked the first time in 40 years that GHG emissions from transportation surpassed those of electric power generation, becoming the largest GHG emitting energy sector. Globally, GHG emission from the transportation sector is rapidly increasing, while technologies to improve fuel efficiencies have not yet capable to deploy at an affective scale. To immediately address some of the issues associated with GHG emitted by the transportation sector TriboTEX has developed an easy to use drop-in formula. TriboTEX synthesizes dual-sided, flat nanoparticles with distinct functionality on each side (sticky/slick). When added to lubrication systems the sticky side attaches to metallic surfaces exposing a slick side that reduces friction. The reduction in friction has demonstrated improvements in fuel efficiency averaging between 4-8% in real world tests across different vehicle platforms. The deployment of TriboTEX coatings does not carry an overhead investment of time and capital and is compatible with existing vehicle fleets on the road today. TriboTEX smart coating solutions, to date, have been deployed in over 10,000 vehicles worldwide.
机译:交通运输部门的温室气体排放量正在以越来越高的速度增长。 2016年初标志着40年来交通运输中的温室气体排放量首次超过了发电量,成为最大的温室气体排放能源部门。在全球范围内,运输部门的温室气体排放量正在迅速增加,而提高燃料效率的技术尚未能够有效地推广。为了立即解决与运输部门排放的温室气体相关的一些问题,TriboTEX开发了一种易于使用的公式。 TriboTEX合成了双面扁平的纳米颗粒,每侧均具有独特的功能(粘性/光滑)。当添加到润滑系统中时,粘性面会附着在金属表面上,从而露出减少摩擦的光滑面。在不同车辆平台上进行的实际测试中,摩擦的减少已证明燃油效率平均提高了4-8%。 TriboTEX涂料的部署不会花费大量时间和资金,并且与当今道路上的现有车队兼容。迄今为止,TriboTEX智能涂料解决方案已在全球10,000多辆汽车中部署。

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