Stationary Diesel Generator / Catalytic Converter Emission Control Evaluation - PowerPoint PPT Presentation

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Stationary Diesel Generator / Catalytic Converter Emission Control Evaluation

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Title: Stationary Diesel Generator / Catalytic Converter Emission Control Evaluation


1
Stationary Diesel Generator / Catalytic Converter
Emission Control Evaluation
  • Power Systems Division
  • Naval Surface Warfare Center, Crane, IN.
  • Cinergy Ventures, Cincinnati, OH
  • Presenter Brian Fillingim, NSWC Crane

2
Emission Limitation
  • Federal Standards for NonRoad Emission
    Requirements
  • Tier I Phase - 1996 to 2000
  • Tier 2 / Tier 3 Phase - 2000 to 2008
  • Limited Annual Hours to Remain With In Air
    Polution Standards for Total Emissions

3
(No Transcript)
4
Method of Reduction
  • Selective Catalytic Reduction (SCR) Process
  • Exhaust Catalyst with Anhydrous Ammonia (NH3)
    Injection Proof of Concept

5
SCR Process
  • SCR Reaction Chemistry
  • 4NO 4NH3 O2 4N2 6H2O
  • 6NO2 8NH3 O2 7N2 12H2O
  • High Temp and Excess NH3
  • 4NH3 5O2 4NO 6H2O
  • 4NH3 3O2 2N2 6H2O

6
Test Setup
  • Caterpillar Model 3306 Diesel Generator Set - 250
    Kilowatt (kW)
  •  Catalytic Converter in place of Stock Muffler
  • Catalyst Design and Formulation by Catalytic
    Solutions Inc., Oxnard, CA
  • Catalyst Housing and Integration by ArvinMeritor
    Inc, Columbus, IN
  • Manual Setting for NH3 Injection Flow Rate into
    Engine Exhaust

7
Caterpillar Model 3306
8
Muffler vs Catalytic Converter
9
Test Procedure
  • Daily Six to Nine Hour Runs
  •  Four to Six Samples per Test Run of
  • O2, CO, NO, NO2, SO2
  • Temperature (Pre Converter, Post Converter,
    Catalyst and Ambient)
  • Third Party Verification of Emission Measurements
    by GE Energy Serivces Inc

10
Results
  • 556 Engine Hours
  • 476 Hours with NH3 Injection
  •  Final 350 Hours at 90 percent Load (225 kW) with
    NH3 Injection
  •  Maximum NOx Reduction with 13 to 16 standard
    liters per minute (slpm) NH3 injection (0.8
    NH3/NOx) at 90 percent Load
  • GE Energy Services Inc. measured Comparable Data
    and No Indications of Secondary Emissions

11
Conclusions
  • NH3 Injection and Catalyst Combination Reduced
    NOx by Approximately 90 percent
  •  Further Evaluation in Colder Ambient
    Temperatures Indicated
  •  Further Development and Evaluation of NH3
    Controllers is Indicated

12
For More Details Contact
  • Raj Malyala - Catalytic Solutions Inc., Oxnard,
    CA (805) 486-4649 x1727 Rmalyala_at_catsolns.com
  • Jim Lefeld - Cinergy, Cincinnati, OH
    513-287-2435 jlefeld_at_cinergy.com
  • Brian Fillingim - NSWC Crane, IN 812-854-2361
    brian.fillingim_at_navy.mil
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