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EnerTeck™ Success Story: Rail Locomotive Test

Introduction: The use of Enerburn™ diesel borne catalyst reduced fuel
consumption at “Notch 4” engine load by 9.5% (+/-1%). Fuel consumption
was measured as Brake Specific Fuel Consumption (BSFC) in units of lb/hp-
hr. “Notch 4” corresponds to 40% powered, 60% idle. The Correlation
Coefficient (R 2 ) for entire test range, Notch 1 – 8, was 0.962.

Background: Summary of Engine and Testing Details.
Locomotive Engine Manufacturer & HP:                           Caterpillar 3512 DITA, 1400 HP
Railroad Company Name                                          Major US Seaport
Engine Test Conditions:                                        Rail Locomotive Load Box
Test Period:                                                   April 2000
Test Engineering Company:                                      Boise Locomotive Division of Motive Power
Client Company Testimonial (Y/N)?                              5-year client relationship


Results & Conclusions: Summary of improvements in Brake Specific Fuel
Consumption (lbs/hp-hr) using diesel treated with Enerburn™.
                  BSFC          BSFC
 Measurement                              Difference       %
                 Baseline   Benchmark
  Parameter                                (lb/hp-hr) Improvement
               (untreated)   (treated)
    Notch 1                      0.422                   0.373                   0.049                    11.6 %
    Notch 4                      0.398                   0.360                   0.038                     9.5 %
    Notch 6                      0.383                   0.355                   0.028                     7.3 %
    Notch 7                      0.380                   0.345                   0.035                     9.2 %
    Notch 8                      0.375                   0.347                   0.028                     7.5 %


Also Note: EnerBurn™ passed tests performed by the Engine System
Development Center (ESDC) for fit for use in a locomotive engine. The ESDC
is a division of Canadian Allied Diesel (CAD). A full report is available by
request.
http://www.esdc.com

EnerTeck Chemical Corporation
http://www.enerteck.net/
OTC stock symbol: etck
   The information herein is the property of the EnerTeck Chemical Corporation and is not to be used or reproduced without permission.
Contact Information:
Jane Gates                                               (612) 209-3079              janegates9@gmail.com

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Rail Locomotive Sell Sheet Ecc Jg

  • 1. EnerTeck™ Success Story: Rail Locomotive Test Introduction: The use of Enerburn™ diesel borne catalyst reduced fuel consumption at “Notch 4” engine load by 9.5% (+/-1%). Fuel consumption was measured as Brake Specific Fuel Consumption (BSFC) in units of lb/hp- hr. “Notch 4” corresponds to 40% powered, 60% idle. The Correlation Coefficient (R 2 ) for entire test range, Notch 1 – 8, was 0.962. Background: Summary of Engine and Testing Details. Locomotive Engine Manufacturer & HP: Caterpillar 3512 DITA, 1400 HP Railroad Company Name Major US Seaport Engine Test Conditions: Rail Locomotive Load Box Test Period: April 2000 Test Engineering Company: Boise Locomotive Division of Motive Power Client Company Testimonial (Y/N)? 5-year client relationship Results & Conclusions: Summary of improvements in Brake Specific Fuel Consumption (lbs/hp-hr) using diesel treated with Enerburn™. BSFC BSFC Measurement Difference % Baseline Benchmark Parameter (lb/hp-hr) Improvement (untreated) (treated) Notch 1 0.422 0.373 0.049 11.6 % Notch 4 0.398 0.360 0.038 9.5 % Notch 6 0.383 0.355 0.028 7.3 % Notch 7 0.380 0.345 0.035 9.2 % Notch 8 0.375 0.347 0.028 7.5 % Also Note: EnerBurn™ passed tests performed by the Engine System Development Center (ESDC) for fit for use in a locomotive engine. The ESDC is a division of Canadian Allied Diesel (CAD). A full report is available by request. http://www.esdc.com EnerTeck Chemical Corporation http://www.enerteck.net/ OTC stock symbol: etck The information herein is the property of the EnerTeck Chemical Corporation and is not to be used or reproduced without permission. Contact Information: Jane Gates (612) 209-3079 janegates9@gmail.com