Understanding of Fire Dynamics and its CFD Modelling
Understanding of Fire Dynamics Fire dynamics is the study of how fires start, grow, and spread, as well as how …
Combustion and Emissions
Basics of combustion and pollution formations are discussed in this posts. CFD modeling of combustion, and pollution like SOX, NOx, and Soot are presented with examples. These posts are useful for scientists, engineers, and industry professionals working in automobile, space, and power plant industries. Combustion technologies in modern IC Engines and power plants to control pollution are illustrated with industrial case studies.
CFD Modeling of Industrial Burners
Introduction to Industrial Burners What is an industrial burner? Basic of combustion is discussed in the previous post what are …
Selective Catalytic Reduction for NOX
How to Design Selective Catalytic Reduction (SCR) for NOX What is a Selective Catalytic Reduction System? Nitrogen Oxides …
Ammonia -NOx Mixing Methods at Inlet to SCR
Ammonia and NO (NH3-NO) Mixing for SCR Design of DeNOx Mixer Introduction Combustion due to fossil fuels results in various …
Working Principle of Thermal Oxidizers and its Applications
What is a thermal Oxidizer? A thermal Oxidizer is an essential part of chemical or thermal power plants to control …
Combustion Technology in Automobile and Emission Controlling Methods
Modern Combustion Technology in Automobile by Dr. Sharad Pachpute Introduction to Combustion in Automobile Basic of combustion would help to …
CFD Modelings of Oil Fired Burner
How to model an Oil-fired burner in CFD simulation? Introduction to Oil Burner An oil burner is liquid fuel-fired burner …
CFD Modeling of Natural Gas Burner
CFD Modeling of natural gas burner Using ANSYS FLUENT Introduction to Natural Gas Composition of Natural Gas Natural gas …
CFD Modeling of Pollutants: NOx SOx and Soot
How to model Pollutants from Industries like NOx, SOx and Soot Particles ? Introduction to Pollutants Basics of …
