ERD

2nd FineFuture Stakeholder Meeting

Project: FineFuture

Updated at: 06-11-2023

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Project acronym FineFuture

D7.4 Paper about the environmental LCA of FineFuture technologies to be submitted to a peer-reviewed scientific journal

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D4.2 Characterization of behaviour of hydrophobized particles in the froth

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.4 Description of the self-organization of the adsorption layer onto model minerals when various collectors blend (ani...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D7.1 Report about the preliminary inventory necessary for the environmental evaluation

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D6.4 Boundary condition for froth model and Boundary condition model for pulp at froth boundary developed and validated

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D7.3 Report about the preliminary LCC and preliminary S-LCA

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D4.3 Documentation of promising Froth zone design(s) for enhanced recovery

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D3.6 Experimental data on the movement of swarms of bubbles, particles and aggregates

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D7.6 More advanced business plan for the utilization of FineFuture technologies

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D7.5 Paper about the sustainability assessment of FineFuture technologies to be submitted to a peer-reviewed scientific ...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.3 Model characterizing the interactions between collectors with different molecular structure and non-ionic molecules...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.6 Critical coalescence concentration (CCC) of the selected frothers and their mixtures for achieving bubbles of fines...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D2.2 Population balance model for bubbles, particles and clusters in turbulent flow

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D7.2 Final report about the results of the environmental LCA for all the examined systems

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D2.5 Model to predict recovery of fine particles under different conditions

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.7 Adsorption dynamics of the frothers on bubbles

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

Potential Update Dissemination / Communication Strategy

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.5 Description of funding on the phenomena during the particle-bubble attachment

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D4.1 Surface chemistry tuning solutions

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D5.3 Final report from piloting phase, containing data and conclusions on the benefit of innovative technologies for fin...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D4.4 Documentation of promising Froth zone design(s) for enhanced grade

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D1.8 Report and recommendations on the thin film deformation of an air/water interface of aqueous solutions of frother a...

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D6.5 CFD-study of options for process intensification regarding pulp and froth

Project: FineFuture

Updated at: 31-10-2023

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Project acronym FineFuture

D2.4 Shadowgraph and PIV/PTV-data on bubble break-up in confined flow

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

1st FineFuture Stakeholder Meeting

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

On a generalized framework for turbulent collision frequency models in flotation: The road from past inconsistencies to ...

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

Communication Strategy

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

D9.3 List of background IPRs with link to the project/IPR Strategy/Management Plan

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

D9.5 Innovation Management Strategy

Project: FineFuture

Updated at: 31-07-2023

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Project acronym FineFuture

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2nd FineFuture Stakeholder Meeting

D7.4 Paper about the environmental LCA of FineFuture technologies to be submitted to a peer-reviewed scientific journal

D4.2 Characterization of behaviour of hydrophobized particles in the froth

D1.4 Description of the self-organization of the adsorption layer onto model minerals when various collectors blend (ani...

D7.1 Report about the preliminary inventory necessary for the environmental evaluation

D6.4 Boundary condition for froth model and Boundary condition model for pulp at froth boundary developed and validated

D7.3 Report about the preliminary LCC and preliminary S-LCA

D4.3 Documentation of promising Froth zone design(s) for enhanced recovery

D3.6 Experimental data on the movement of swarms of bubbles, particles and aggregates

D7.6 More advanced business plan for the utilization of FineFuture technologies

D7.5 Paper about the sustainability assessment of FineFuture technologies to be submitted to a peer-reviewed scientific ...

D1.3 Model characterizing the interactions between collectors with different molecular structure and non-ionic molecules...

D1.6 Critical coalescence concentration (CCC) of the selected frothers and their mixtures for achieving bubbles of fines...

D2.2 Population balance model for bubbles, particles and clusters in turbulent flow

D7.2 Final report about the results of the environmental LCA for all the examined systems

D2.5 Model to predict recovery of fine particles under different conditions

D1.7 Adsorption dynamics of the frothers on bubbles

Potential Update Dissemination / Communication Strategy

D1.5 Description of funding on the phenomena during the particle-bubble attachment

D4.1 Surface chemistry tuning solutions

D5.3 Final report from piloting phase, containing data and conclusions on the benefit of innovative technologies for fin...

D4.4 Documentation of promising Froth zone design(s) for enhanced grade

D1.8 Report and recommendations on the thin film deformation of an air/water interface of aqueous solutions of frother a...

D6.5 CFD-study of options for process intensification regarding pulp and froth

D2.4 Shadowgraph and PIV/PTV-data on bubble break-up in confined flow

1st FineFuture Stakeholder Meeting

On a generalized framework for turbulent collision frequency models in flotation: The road from past inconsistencies to ...

Communication Strategy

D9.3 List of background IPRs with link to the project/IPR Strategy/Management Plan

D9.5 Innovation Management Strategy