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Paper Title

Chemical composition of diesel particulate matter and its control

Keywords

  • Diesel Particulate Composition
  • Diesel Particulate Formation
  • Catalyst Compositions
  • Diesel Oxidation Catalysts
  • Diesel Particulate Filters
  • Partial Flow Filters
  • Soot Oxidation Catalysts
  • Non-Catalytic Particulate Matter Oxidation
  • Soot Oxidation Mechanisms
  • Soot Oxidation Kinetics
  • NO2 Soot Oxidation
  • Air/O2 Soot Oxidation
  • Catalyst Development
  • Low-Cost Catalysts
  • Diesel PM Oxidation
  • Aftertreatment Strategies
  • Environmental Impact
  • Diesel Engine Emissions
  • Catalyst Efficiency

Article Type

Research Article

Research Impact Tools

Issue

Volume : 61 | Issue : 4 | Page No : 1-70

Published On

June, 2019

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Abstract

In this review, we have systematically discussed diesel particulate composition and its formation, understanding of which is essential to design the effective catalyst compositions. The most commonly used after treatment strategies such as diesel oxidation catalysts, diesel particulate filters, and partial flow filters are described followed by chronological and category-wise discussions on various groups of reported soot oxidation catalysts. A detailed review is also presented on mechanistic and kinetics aspects of non-catalytic direct particulate matter (PM) or soot oxidation in air/O2 and NO2. Recent progress in catalyst development with a focus on the low-cost catalyst for diesel PM oxidation has been given more emphasis considering their renewed importance.

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