Keyphrases
Flue Gas
100%
Flue Gas Cleaning
100%
Mercury
100%
Mercury(II) Chloride
100%
Dry Flue Gas
100%
Solid Waste Incineration
100%
Mercury Removal
100%
Sorbent
50%
Air Pollution Control Processes
50%
Active Carbon
50%
Hg(II) Removal
50%
High Temperature
25%
Emission Reduction
25%
Impregnation
25%
Sorption Capacity
25%
Sulfur
25%
Chlorine
25%
Negative Effects
25%
Operating Conditions
25%
Molar Ratio
25%
Small Parts
25%
Chemisorption
25%
Solid Particles
25%
Alkali
25%
Water-soluble
25%
Sulfide
25%
Drying Methods
25%
Chemical Adsorption
25%
Waste-to-energy
25%
Composition Content
25%
Emission Cost
25%
Fuel Composition
25%
Main Forms
25%
Solid Waste
25%
Wet Method
25%
Sorption Process
25%
Ferric Chloride
25%
SO2 Removal
25%
Fly Ash Particles
25%
Mercury Emission
25%
Mercury Vapor
25%
SCR Catalyst
25%
Forms of Water
25%
HCl Removal
25%
Chemical Impregnation
25%
Inorganic Sorbents
25%
Total Hg
25%
Mercury Removal Efficiency
25%
Dust Filter
25%
Hg2+
25%
Chemical Reaction Process
25%
Droplet Aerosols
25%
Lignite Coke
25%
Hg Emissions
25%
Carbon Sorbents
25%
Coke Particle
25%
Sulfide Solution
25%
Oxidation Compounds
25%
INIS
removal
100%
flue gas
100%
cleaning
100%
incineration
100%
solid wastes
100%
units
100%
mercury
100%
mercury oxides
66%
particles
33%
vapors
33%
efficiency
22%
carbon
22%
sulfides
22%
impregnation
22%
hydrochloric acid
22%
mercury sulfides
22%
air pollution control
22%
comparative evaluations
11%
cost
11%
water
11%
fuels
11%
wastes
11%
dusts
11%
droplets
11%
emission
11%
coke
11%
catalysts
11%
aerosols
11%
solids
11%
fly ash
11%
capacity
11%
sorption
11%
air pollution abatement
11%
ammonia
11%
sulfur dioxide
11%
sulfur
11%
filters
11%
injection
11%
chemical reactions
11%
chlorine
11%
solid solutions
11%
chemisorption
11%
lignite
11%
iron chlorides
11%
Chemical Engineering
Gas Cleaning
100%
Process Control
50%
Sorption
25%
Chemisorption
25%