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Trace metal emissions from the Estonian oil shale fired power plant
Leena Aunela-Tapola
*
, Flemming Frandsen
, Erkki Häsänen
*
Corresponding author for this work
VTT Technical Research Centre of Finland
Technical University of Denmark (DTU)
VTT (former employee or external)
Research output
:
Contribution to journal
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Article
›
Scientific
›
peer-review
53
Citations (Scopus)
Overview
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Keyphrases
Power Plant
100%
Trace Metals
100%
Metal Emissions
100%
Estonian Oil Shale
100%
Flue Gas
66%
Flue Gasses
66%
Electrostatic Precipitator
33%
Fly Ash
33%
Emission Limits
33%
High Concentration
16%
Boiler
16%
Particle Sampling
16%
Electricity Production
16%
Order of Magnitude
16%
Volatilization
16%
Particle Concentration
16%
On the Fly
16%
Metal Content
16%
Heavy Metals
16%
Production Capacity
16%
Estonia
16%
Coal-fired Power Plant
16%
Theoretical Modeling
16%
Metal Species
16%
Total Particles
16%
Condensation Phenomena
16%
Pb-Zn
16%
Oil Shale
16%
Very Small Particles
16%
Single Power
16%
Equilibrium Analysis
16%
ICP-MS Method
16%
Zn-Mn
16%
Manual Method
16%
Toxic Heavy Metals
16%
INIS
metals
100%
emission
100%
power plants
100%
oil shales
100%
flue gas
50%
particles
37%
levels
25%
concentration
25%
modeling
25%
electrostatic precipitators
25%
coal
25%
sampling
25%
fly ash
25%
absorption
25%
heavy metals
25%
comparative evaluations
12%
electricity
12%
equilibrium
12%
accumulation
12%
boilers
12%
toxicity
12%
liquids
12%
enrichment
12%
volatilization
12%
icp mass spectroscopy
12%
production capacity
12%
estonia
12%
Earth and Planetary Sciences
Oil Shale
100%
Emissions
100%
Trace Metal
100%
Flue Gas
66%
Electrostatic Precipitator
33%
Heavy Metal
33%
State of the Art
16%
Coal-Fired Power Plant
16%
Vaporization
16%
Estonia
16%
Inductively Coupled Plasma Method
16%
Chemical Engineering
Heavy Metal
100%