FTP75 모드에 의한 LPG액상분사자동차의 배출가스 및 나노입자배출특성

Analysis of Nano-particle and Emissions Characteristics for FTP75 Mode in LPLi Vehicle

  • 발행 : 2009.04.30

초록

The regulation of the $CO_2$ emit from vehicles have become much more stringent in recent years. This stringent regulation is more request vehicle manufacturers to develop the alternative fuel vehicles for reducing exhaust emissions. LPG fuel is more clean energy compares with gasoline and diesel fuel. Especially, $CO_2$ emission of LPG Vehicle is less than gasoline vehicle and almost equal to diesel vehicle. For this reason, recently korean government is extending LPG fuel for hybrid car and light duty vehicle. In domestic, Propane is mixing $15{\sim}30%$ to butane for improvement of cold start at winter season. Therefore, In this paper was investigated that the characteristics of emissions according to propane mixing rate with 0, 10, 20, 30% were compared and analyzed by the vehicle test using LPG vehicle according to the FTP75 mode. It was also investigated the characteristics of nano-particle emit with propane mixing rate.

키워드

참고문헌

  1. 'Greenhouse gas emission from a typical passenger vehicle' EPA420-F-05-004 Feb.2005
  2. CFR Title 40, Chapter 1, Part 600, Fuel Economy of Motor Vehicle (FT P75)-EPA
  3. H.K Lee, Y.T Kim, J.I Ryu, '$CO_2$ emit and fuel economy characteristics for propane mixing rate of the LPG vehicle', KSAE Annual conference proceeding 2008, Nov., pp. 839-845
  4. David B. Kittelson, Megan Arnold and Winthrop F. Watts, 'Review of diesel particulate matter sampling methods', University of Minnesota, D-iesel research center-research final report, 1999
  5. David B. Kittelson, 'Measurement of engine exhaust particle size', Pre-sentation review, 2000. 8
  6. Jin wook, Lee 'Measurement technologies and evaluation of diesel nano-particle' KASE Auto journal Vol. 27 No. 4 pp. 9-15 2008
  7. Woojik Lee, Intak kim, Seungwook Yang 'Develope of HMC Mono LPG Injection System' KSAE Annual conference proceeding 2004, Spring, pp. 159-167
  8. Cheol woong Park, Chang up Kim, Kyonam Choi 'A Study on Performance Characteristics According to the Fuel Conditions for a Fuel Pump in LPG Engine' KSME-B, Vol. 32, No. 4, pp. 266-274, 2008
  9. Seongwon Choi, Hochul Kwak, Cha-Lee Myung, Simsoo Park 'An Experimental Study on Individual HC Emission Characteristics and Startability for Various Composition Ratio of LPG Fuel on LPLi Engine' KSME-B Vol. 31 No.3 pp. 234-241 2007