"LASERCLEAN-CE" - Automated Laser-Cleaning Rejuvenation of 3D-Metallic Components for Re-use within the Circular Economy

汽油车生命周期中约23%的碳排放是在生产过程中产生的，对于纯电动汽车来说，这一比例增加到46%。为了最大限度地减少碳排放并过渡到零碳经济，我们必须找到一种方法，尽可能长时间地保持我们的二手车库存。从报废和报废车辆中提取的绿色汽车部件成本较低，对环境的影响也很小。尽管有这样的优势，二手零部件在全球汽车零部件市场的份额还不到0.3%。基于对质量和制造来源的担忧，二手零部件的采用存在重大障碍。LASERCLEAN-CE项目将寻求解决这个问题，通过开发创新的自动化系统来振兴二手汽车零部件，增加价值，并加快汽车行业向循环经济过渡的速度。

Approximately 23% of a petrol vehicle's lifetime carbon emissions are generated during its production and this value increases to 46% for a wholly-electric vehicle.To minimise carbon emissions and transition towards a zero-carbon economy, it is essential that we find a way of maintaining our used vehicle stock on the road for as long as possible."Green" automotive parts, extracted from end-of-life and written-off vehicles are lower in cost and have minimal environmental effect. Despite this advantage, used parts represent less than 0.3% of the global automotive parts market.There are significant barriers to the adoption of used parts, based on concerns about quality and origin of manufacture.The LASERCLEAN-CE project will seek to address this issue, by developing an innovative, automated system to rejuvenate used automotive parts, adding value and increasing the speed of transition towards a Circular Economy within the automotive sector.