asme icef16 particulate workshop description btz src …sonori/publications/worksh… · ·...
TRANSCRIPT
Announcing the addition of a Workshop option to ICEF2016.
Mitigating Gasoline Particulate Emissions: Challenges and Best Practices
Impending particulate emissions regulations have placed emphasis on the number of particles emitted from gasoline engines, creating an imposing challenge for manufacturers who utilize direct injection combustion strategies. While substantial work remains in the in-‐cylinder prevention of gasoline particulates, the immediate need remains for their removal from current exhaust streams. Filtration of gasoline particulates creates unique challenges due to the inherent nature of spark ignited engine operation. This workshop outlines and addresses the fundamental challenges of filtering gasoline particulates, provides best practices for experimental particulate investigations, introduces the audience to the unique challenges of physically modeling gasoline particulate filters (GPFs), and speaks toward the impact of particulate filtration on engine control. The workshop will culminate with a real-‐time experimental demonstration on a fully instrumented, GPF equipped vehicle on the Clemson Automotive Engineering chassis dynamometer. Instrumentation features a Cambustion DMS500 Fast Particle Analyzer (Cambustion is also an ICEF2016 Silver Sponsor). Workshop Speakers: Ameya Joshi – Corning: Manager, Emerging Technologies and Regulations Dr. Mark Hoffman – Clemson Automotive Engineering, Research Assistant Professor Dr. Simona Onori – Clemson Automotive Engineering, Assistant Professor Where: The Workshop will be conducted at Clemson University – International Center for Automotive Research (CU-‐ICAR). Transportation from the Hyatt Regency (conference hotel) to CU-‐ICAR and back to the Hyatt will be provided to Workshop participants. When: The Workshop will be conducted on Wednesday, October 12 from 8:30AM – 12:00 Noon. Transportation busing will leave the Hyatt Regency at 8AM, and return at 12:30PM. Please note that this time conflicts with the GE Gas Turbine Engineering and Advanced Manufacturing Works Tour, so it is not possible to do both. Attendance: Because of limited space at CU-‐ICAR’s chassis dynamometer facility, attendance will be limited to 20 participants. Participants will be registered on a first-‐come, first-‐serve basis. Registration for this Workshop is only $50. Please register by contacting registration at www.asme.org/events/icef/registration. If you have already registered and paid for the GE Gas Turbine Engineering and Advanced Manufacturing Works Tour and would like to attend this Workshop instead, please contact [email protected] or 888-‐665-‐1370 for assistance.