Do you know ? (Control of SO2, NOx, CO and HC) CONTROL OF SOX SOx includes six different gaseous compounds namely, SO- Sulphur monoxide, SO2- Sulphur dioxide, SO3- Sulphur trioxide, SO4 - Sulphur Tetroxide, S2O5 - Sulphur Sesquioxide, S2O6 - Sulphur Heptoxide SOx Emissions are most significant. There are six procedures for controlling of SOx emissions. ● Natural dispersion of dilution ● Using Alternate fuels. ● Removal of Sulphur by desulphurization. ● Control of SOx in the combustion process. ● Treatment of flue gas by Dry methods and Wet Methods . CONTROL OF NOX ● Modify combustion to syppress NOx formation: ● Low excess air operation. ● Off-stoichiometric combustion. ● Flue gas recirculation. ● Natural gas reburning Reduce NOx to molecular nitrogen through controls ( also known as flue gas treatment) ● Selective Non-Catalytic Reduction (SNCR) ● Selective Catalytic Reduction (SCR) ● Dry Sorption NOx control Techniques . CONTROL OF CO Capture Technologies: 1. Post-Combustion Scrubbing : This is considered as the first step towards largescale capture, CO2 is removed from exhaust gas after combustion. This technology can be retrofitted to existing equipment. 2. Pre-Combusiton Decarbonization (Hydrogen) Natural Gas is converted to hydrogen and CO2 in a reformer. The CO2 is compressed for storage and the hydrogen is mixed with air for combustion, emitting only nitrogen and water. 3. Oxyfuel Oxygen is separated from air and then burned with hydrocarbons to produce an exhaust with a high concentration of CO2 for storage. Solvent Absorption: CO2 is soluble in some solvents, notably entanolamines. e.g., monoethanolamine (MEA). Absorption proceeds at low temperatures, whereas desorption occurs at elevated temperatures. Membrane Separation: Gas separation by membranes relies on the different permeation rates of gases through the membrane pores. Typical membrane examples: polysulfone/silicon, cellulose acetate, polyphenylneoxide, polyalkene, polyimide, polydimethylsiloxane, and polytherimide. In the
Naa ready na sing by Sachin jas
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Do you know ? (Control of SO2, NOx, CO and HC)
CONTROL OF SOX
SOx includes six different gaseous compounds namely, SO- Sulphur monoxide, SO2- Sulphur
dioxide, SO3- Sulphur trioxide, SO4 - Sulphur Tetroxide, S2O5 - Sulphur Sesquioxide, S2O6 -
Sulphur Heptoxide SOx Emissions are most significant. There are six procedures for controlling
of SOx emissions.
● Natural dispersion of dilution
● Using Alternate fuels.
● Removal of Sulphur by desulphurization.
● Control of SOx in the combustion process.
● Treatment of flue gas by Dry methods and Wet Methods .
CONTROL OF NOX
● Modify combustion to syppress NOx formation:
● Low excess air operation.
● Off-stoichiometric combustion.
● Flue gas recirculation.
● Natural gas reburning
Reduce NOx to molecular nitrogen through controls ( also known as flue gas treatment)
● Selective Non-Catalytic Reduction (SNCR)
● Selective Catalytic Reduction (SCR)
● Dry Sorption NOx control Techniques .
CONTROL OF CO
Capture Technologies:
1. Post-Combustion Scrubbing : This is considered as the first step towards largescale capture,
CO2 is removed from exhaust gas after combustion. This technology can be retrofitted to existing
equipment.
2. Pre-Combusiton Decarbonization (Hydrogen) Natural Gas is converted to hydrogen and CO2
in a reformer. The CO2 is compressed for storage and the hydrogen is mixed with air for
combustion, emitting only nitrogen and water.
3. Oxyfuel Oxygen is separated from air and then burned with hydrocarbons to produce an exhaust
with a high concentration of CO2 for storage.
Solvent Absorption: CO2 is soluble in some solvents, notably entanolamines.
e.g., monoethanolamine (MEA). Absorption proceeds at low temperatures, whereas desorption
occurs at elevated temperatures.
Membrane Separation:
Gas separation by membranes relies on the different permeation rates of gases through the
membrane pores. Typical membrane examples: polysulfone/silicon, cellulose acetate,
polyphenylneoxide, polyalkene, polyimide, polydimethylsiloxane, and polytherimide. In the
..
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Part 2 podungge Anne... 🥺🤍
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