'Combustion zone' diaporamas de présentation

Emissions from Combustion Plant

Emissions from Combustion Plant. ?? Hsin Chu Professor Dept. of Environmental Engineering National Cheng Kung University. 1. Environmental Considerations. The environmental effects of the combustion of fossil fuels have assumed a high public profile in recent years.

982 views • 85 slides

Energy and Furnace Technology

Clean Combustion Technologies Overview. Energy and Furnace Technology. Wlodzimierz Blasiak , Professor Royal Institute of Technology (KTH) School of Industrial Engineering and Management Department of Materials Science and Engineering Division of Energy and Furnace Technology.

839 views • 58 slides

Combustible Dust National Emphasis Program

Ignition Source. Combustible Dust National Emphasis Program. Ignition Source. Dispersion. Confinement. Deflagration. Explosion. FIRE. Oxygen in Air/Oxidizers. Combustible Dust. March 25, 2010. Overview. History of Combustible Dust Incidents Hazard Mitigation Techniques

1.02k views • 56 slides

ENERGY PERFORMANCE ASSESSMENT OF BOILERS

ENERGY PERFORMANCE ASSESSMENT OF BOILERS. Introduction. Performance of the boiler, like efficiency and evaporation ratio reduces with time, due to Poor combustion, Heat transfer fouling Poor operation and maintenance.

1.4k views • 53 slides

Igor Rybalchenko Deputy Vice-Rector

546 views • 37 slides

Typical NO-NO2 emission ratios from combustion sources

Typical NO-NO2 emission ratios from combustion sources. Source: USEPA, APTI 418, NOx Emissions Control from Stationary Sources. NOx FORMATION MECHANISMS.

568 views • 29 slides

NOx

NOx. Sources and Control Methods. CE/AE 524B Air Pollution J. (Hans) van Leeuwen. Specific sources of NO x. Combustion sources Automobiles Boilers Incinerators. High-temperature industrial operations Metallurgical furnaces Blast furnaces Plasma furnaces Kilns. Other sources

759 views • 28 slides

NOx

NOx. Sources and Control Methods. CE/AE 524B Air Pollution J. (Hans) van Leeuwen. Specific sources of NO x. Combustion sources Automobiles Boilers Incinerators. High-temperature industrial operations Metallurgical furnaces Blast furnaces Plasma furnaces Kilns. Other sources

657 views • 28 slides

Module 6

Module 6. Nitrogen Oxide Control. Preliminaries. Quiz today - 10 exam points Plant tour - sign up sheet coming around, only 30 spaces available Reminder - office hours Wed I will work sample problems, yesterday I worked 2 plus ideal gas law examples

957 views • 25 slides

COMBUSTION EFFICIENCY

COMBUSTION EFFICIENCY. THE EFFECT OF COMBUSTION ON THE EFFICIENCY OF THE HEATING APPLIANCE. INTRODUCTION. The combustion efficiency is affected by the manner in which the combustion occurs That is, the air:fuel ratio degree of atomising (liquid fuels) fuel-air mixing flame temperature

494 views • 18 slides

Engines with no gaseous emission

Energy Advancement Leadership Conference GEMI, UH. Engines with no gaseous emission. Fazle Hussain, Valery Zimin and Dhoorjaty Pradeep fhussain@uh.edu. Institute of Fluid Dynamics and Turbulence. University of Houston. Motivation. Improved performance from inherently high-efficiency cycles

324 views • 16 slides