VIPUL PUNJABHAI PATEL
Physical Therapy in Westland, MI
License number
Michigan 5501013740
Issued Date
Mar 3, 2008
Expiration Date
Jul 31, 2018
Category
Physical Therapy
Type
Physical Therapist
Address
Address
Westland, MI 48187
Personal information
See more information about VIPUL PUNJABHAI PATEL at radaris.comName
Address
Phone
39769 Timberlane Dr, Sterling Hts, MI 48310
35550 Eastmont Dr, Sterling Hts, MI 48312
37335 Chelsea Ln, Farmington Hills, MI 48331
41941 Connerwood Ct, Canton, MI 48187
Professional information
Vipul Patel - Canton, MI
Work:
Sun Pharmaceutical Industries, Inc - Detroit, MI
Senior Manager, Laboratory Operations Sun Pharmaceutical Industries, Inc - Detroit, MI
Quality Control Manager ANDA
Stability Analyst Sun Pharmaceutical Industries Ltd - Gujarat, IN
Research Assistant GSFC Ltd - Gujarat, IN
Laboratory Chemist Indu Nissan Oxo Chemical industries Ltd - Gujarat, IN
Chemist
Senior Manager, Laboratory Operations Sun Pharmaceutical Industries, Inc - Detroit, MI
Quality Control Manager ANDA
Stability Analyst Sun Pharmaceutical Industries Ltd - Gujarat, IN
Research Assistant GSFC Ltd - Gujarat, IN
Laboratory Chemist Indu Nissan Oxo Chemical industries Ltd - Gujarat, IN
Chemist
Education:
South Gujarat University - Gujarat, IN
MS in Chemistry Sardar Patel University - Gujarat, IN
BS in Chemistry
MS in Chemistry Sardar Patel University - Gujarat, IN
BS in Chemistry
Method And System For Determining The Feasibility Of An Automotive Exhaust Catalyst
US Patent:
7856868, Dec 28, 2010
Filed:
May 17, 2007
Appl. No.:
11/750010
Inventors:
William E. Leisenring - Tecumseh MI, US
Vipul Patel - Canton MI, US
Kevin Deweerdt - Wolverine Lake MI, US
Vipul Patel - Canton MI, US
Kevin Deweerdt - Wolverine Lake MI, US
Assignee:
Chrysler Group LLC - Auburn Hills MI
International Classification:
G01M 15/10
US Classification:
7311475
Abstract:
This technology provides methods and systems for catalyst feasibility analysis and the optimal determination of automotive catalyst specifications utilizing, but not limited to, light-off performance, air-to-fuel ratio tolerance, and steady state emissions performance catalyst criteria. This technology additionally provides a catalyst feasibility index algorithm that includes various catalyst criteria inputs and provides for weighting factors to independently value each catalyst input. The technology further provides for the optimal determination of automotive catalyst specifications in order to reduce vehicle toxic exhaust emissions such as hydrocarbons (HC) and oxides of nitrogen (NO).