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Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn
Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn

Feasibility of the Constrained Free Energy Method for Modeling NO Formation  in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley  Online Library
Feasibility of the Constrained Free Energy Method for Modeling NO Formation in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley Online Library

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Feasibility of the Constrained Free Energy Method for Modeling NO Formation  in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley  Online Library
Feasibility of the Constrained Free Energy Method for Modeling NO Formation in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley Online Library

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Iris Lagerström - Head of Talent Attraction and Rewarding | People Lead -  VTT | LinkedIn
Iris Lagerström - Head of Talent Attraction and Rewarding | People Lead - VTT | LinkedIn

Karri PENTTILÄ | VTT Technical Research Centre of Finland, Espoo | vtt |  Chemical Processes and Systems | Research profile
Karri PENTTILÄ | VTT Technical Research Centre of Finland, Espoo | vtt | Chemical Processes and Systems | Research profile

Valorisation of Separated Solids from Mine Water Treatment
Valorisation of Separated Solids from Mine Water Treatment

Multi-phase thermodynamic modelling of pulp suspensions: Review of the  methodology
Multi-phase thermodynamic modelling of pulp suspensions: Review of the methodology

Web on the Move. Landscapes of Mobile Social Media
Web on the Move. Landscapes of Mobile Social Media

Biocarbon from bark or black pellets as an alternative for coal in  steelmaking – techno-economic evaluation: Scandinavian Journal of Forest  Research: Vol 35, No 8
Biocarbon from bark or black pellets as an alternative for coal in steelmaking – techno-economic evaluation: Scandinavian Journal of Forest Research: Vol 35, No 8

Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn
Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn

Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn
Kristoffer Lund - Solution Sales Lead - VTT | LinkedIn

PDF) Simulation of the release of non-condensable gases in seawater  evaporation
PDF) Simulation of the release of non-condensable gases in seawater evaporation

Pertti KOUKKARI | Professor | D.Sc.(tech.) | VTT Technical Research Centre  of Finland, Espoo | vtt | Chemical Processes and Systems | Research profile
Pertti KOUKKARI | Professor | D.Sc.(tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Chemical Processes and Systems | Research profile

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Constrained Thermochemistry for Process Digitalization
Constrained Thermochemistry for Process Digitalization

Application of ChemApp models to mine water chemistry Petteri Kangas, Risto  Pajarre, Maria Nappa, Pertti Koukkari VTT Technical
Application of ChemApp models to mine water chemistry Petteri Kangas, Risto Pajarre, Maria Nappa, Pertti Koukkari VTT Technical

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Evaluation of future pulp mill concepts – Reference model of a modern  Nordic kraft pulp mill
Evaluation of future pulp mill concepts – Reference model of a modern Nordic kraft pulp mill

Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research  Centre of Finland, Espoo | vtt | Sustainable energy and chemical  technologies | Research profile
Petteri KANGAS | Senior Scientist | D.Sc. (Tech.) | VTT Technical Research Centre of Finland, Espoo | vtt | Sustainable energy and chemical technologies | Research profile

Luke Research / Expert - Kangas Annika
Luke Research / Expert - Kangas Annika

Feasibility of the Constrained Free Energy Method for Modeling NO Formation  in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley  Online Library
Feasibility of the Constrained Free Energy Method for Modeling NO Formation in Combustion - Kangas - 2015 - Chemical Engineering & Technology - Wiley Online Library

VTT Technology 321: Industrial and mine water chemistry. Advanced aqueous  database for modelling industrial processes
VTT Technology 321: Industrial and mine water chemistry. Advanced aqueous database for modelling industrial processes