Top Banner
PRCI CPS-1 Program Emissions Control for Legacy Reciprocating Engines Conclusions: The work produced cost effective solutions that have: Significantly lower capital requirements to reduce NO x emissions Better fuel consumption – produces less CO 2 emissions Wider operating range Better reliability Goals: Identify cost effective modifications to older integral engines to reduce nitrous oxide (NO x ) rather than replace the engines and validate the performance improvements to confirm continued operation. Key outcomes: Technologies were developed that were 1/6 to 1/3 the replacement cost of the engines. Improved combustion stability – lower stresses on the engine Lower fuel consumption than replacement engines
1

PRCI CPS-1 Program Emissions Control for Legacy Reciprocating Engines

Jan 02, 2016

Download

Documents

Haley Cantrell

PRCI CPS-1 Program Emissions Control for Legacy Reciprocating Engines. Goals: Identify cost effective modifications to older integral engines to reduce nitrous oxide (NO x ) rather than replace the engines and validate the performance improvements to confirm continued operation. - PowerPoint PPT Presentation
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: PRCI CPS-1 Program Emissions Control for Legacy Reciprocating Engines

PRCI CPS-1 ProgramEmissions Control for Legacy

Reciprocating Engines

Conclusions: The work produced cost effective solutions that have:

• Significantly lower capital requirements to reduce NOx emissions

• Better fuel consumption – produces less CO2 emissions• Wider operating range• Better reliability

Goals: Identify cost effective modifications to older integral engines to reduce nitrous oxide (NOx) rather than replace the engines and validate the performance improvements to confirm continued operation.

Key outcomes: Technologies were developed that were 1/6 to 1/3 the replacement cost of the engines.• Improved combustion stability – lower stresses on the engine• Lower fuel consumption than replacement engines