「奈米粉末科技」橫跨很多個領域,對於未來的科技發展扮演著極重要的角色。在近十幾年來奈米粉末科技蓬勃發展,使許多傳統科技領域和降低磨耗領域也因為奈米粉末科技,改變了機械的製造流程和生產方式以及材料的材質。於磨潤方面亦有許多相關文獻證明其能夠減低摩擦效能。本研究將車王奈米科技公司所提供之奈米陶瓷粉末潤滑油添加劑加入原廠內燃機用潤滑油,並同時進行單汽缸直噴式柴油內燃機實驗以測試奈米陶瓷粉末潤滑油添加劑之可靠度,並將其實驗結果與原廠用潤滑油做比較,其中單汽缸直噴式柴油內燃機實驗結果顯示加入奈米陶瓷粉末潤滑油添加劑之潤滑油較原廠內燃機用潤滑油於單汽缸柴油內燃機試驗方面可改善燃料消耗率1.30%,以及降低Smoke濃度值18.87%、NOX濃度值2.99%及HC濃度值9.41%,並使排氣溫度亦降低1.24%。由此可證明,添加奈米陶瓷粉末潤滑油添加劑可減少燃油消耗率和廢氣排放,提升內燃機輸出性能以及增加汽缸密封性並提高潤滑性能,進而達到節能減排之功效。
Nano Powder Technology is explored on many territories. It plays a very important role in the future technological development. Since Nano Powder Technology has flourished in the past few years, many traditional territories in science technology and reducing wear technology can change the material of the mechanical, manufacturing processes and production methods. Many references also prove that it can reduce friction performances in Tribological territory. In this study, Nanometer Ceramic Complexes Powder Additive, also called NCCPA, is added into the original lubricating oil, and we test NCCPA’s ability in a single cylinder direct injection diesel engine experiments and compare with the original lubricating oil. The results show that NCCPA trial in diesel engine could diminish fuel consumption 1.30%, smoke concentration 18.87%, NOX concentration 2.99%, HC concentration 9.41% and can dwindle exhaust temperature 1.24% as well. It can prove that adding NCCPA into the original lubricating oil can diminish fuel consumption and emissions, and it augments the engine performance and the sealing of cylinder to ameliorate lubrication performance. NCCPA undoubtedly thus accomplishes the goal of energy saving.