Lectures:
1st Introduction The concept of emergence and transformation of emissions in the atmosphere and impact on the environment.
2nd Basic concepts and values, stoichiometric calculations in the context of fuel combustion and emissions formation.
3rd State behavior of gases and stoichiometric calculations.
4th Thermochemical calculations, solution.
5th Chemical kinetics and equilibrium dissociace, exponent pH.
6th Redox equations and electrochemical processes.
7th Chemical processes of creation and destruction of SO2, NOx and other pollutants.
8th Methods of primary and secondary reduction in exhaust emissions.
9th Description of secondary methods of reducing emissions from combustion processes, a description of current technological solutions desulphurization
10.Popis methods denitrification SNCR, SCR.
11th Water in the energy, basic chemical processes in water treatment.
12th Corrosion in power.
13th Analytical methods in energy, fuel, solid and gaseous products of combustion,
water.
14th Analyzers.
Exercise:
Calculation examples of lectures by filler.
The development of three programs in the area of thermochemistry, combustion and flue gas desulphurization
1st Introduction The concept of emergence and transformation of emissions in the atmosphere and impact on the environment.
2nd Basic concepts and values, stoichiometric calculations in the context of fuel combustion and emissions formation.
3rd State behavior of gases and stoichiometric calculations.
4th Thermochemical calculations, solution.
5th Chemical kinetics and equilibrium dissociace, exponent pH.
6th Redox equations and electrochemical processes.
7th Chemical processes of creation and destruction of SO2, NOx and other pollutants.
8th Methods of primary and secondary reduction in exhaust emissions.
9th Description of secondary methods of reducing emissions from combustion processes, a description of current technological solutions desulphurization
10.Popis methods denitrification SNCR, SCR.
11th Water in the energy, basic chemical processes in water treatment.
12th Corrosion in power.
13th Analytical methods in energy, fuel, solid and gaseous products of combustion,
water.
14th Analyzers.
Exercise:
Calculation examples of lectures by filler.
The development of three programs in the area of thermochemistry, combustion and flue gas desulphurization