Project Details
Description
Background:
Prediction of chloride ingress is central for the cement and concrete industry. Thermodynamic modelling provides a tool making such predictions more scientifically sound. At present data on chloride containing phases is not included in GEMS thermodynamic data used in other NanoCem projects.
Objectives:
A: Expansion of the thermodynamic data base to include chloride containing solids based on available data.
B: Documentation of the data available for thermodynamic modelling for prediction of phases in Portland cement systems with chloride and identification of possible needs for further studies
Prediction of chloride ingress is central for the cement and concrete industry. Thermodynamic modelling provides a tool making such predictions more scientifically sound. At present data on chloride containing phases is not included in GEMS thermodynamic data used in other NanoCem projects.
Objectives:
A: Expansion of the thermodynamic data base to include chloride containing solids based on available data.
B: Documentation of the data available for thermodynamic modelling for prediction of phases in Portland cement systems with chloride and identification of possible needs for further studies
| Status | Finished |
|---|---|
| Effective start/end date | 01/05/2008 → 31/10/2011 |
Collaborative partners
- Technical University of Denmark (lead)
- University of Aberdeen (Project partner)
- Swiss Federal Laboratories for Materials Science and Technology (Empa) (Project partner)
Funding
- Sam.arb.aftaler - Udenlandske offentlige og private
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