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Thermodynamic models and experiments for mine water treatment
Justin Salminen
, Lea Räsänen
,
Peter Blomberg
, Pertti Koukkari
Research output
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Contribution to conference
›
Conference article
›
Scientific
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Keyphrases
Thermodynamic Model
100%
Wastewater
100%
Mine Water Treatment
100%
Finland
50%
Production Process
50%
Thermodynamic Modeling
50%
Multi-component System
50%
Gibbs Free Energy
50%
Mining Industry
50%
Mining Method
50%
Problem Solving
50%
Multiphase Systems
50%
Metal Recovery
50%
Metal Mine
50%
Water Use
50%
Selective Precipitation
50%
Modeling Software
50%
Software Program
50%
Thermochemical Model
50%
Waste Solution
50%
Precipitation Model
50%
Minor Species
50%
Mine Waste
50%
Water Recycling
50%
Work Model
50%
Acidic Waste
50%
Computational Platform
50%
Streambed Stability
50%
Platform-Based
50%
INIS
mines
100%
thermodynamic model
100%
water treatment
100%
metals
60%
water
40%
computer codes
40%
recovery
40%
waste water
40%
mining
40%
finland
20%
production
20%
energy
20%
processing
20%
stability
20%
modeling
20%
recycling
20%
wastes
20%
precipitation
20%
streams
20%
minimization
20%
thermodynamics
20%
mining industry
20%
waste solutions
20%
mine wastes
20%
Engineering
Thermodynamic Model
100%
Water Treatment
100%
Side Stream
50%
Multiphase System
50%
Experimental Work
50%
Multicomponent System
50%
Water Recycling
50%
Gibbs Free Energy
50%
Earth and Planetary Sciences
Water Purification
100%
Thermochemical
50%
Mining Industry
50%
Mine Waste
50%
Finland
50%
Recycling
50%
Gibbs Free Energy
50%
Chemical Engineering
Water Treatment
100%
Gibbs Free Energy
50%
Material Science
Thermodynamics Modeling
100%