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Deliverables list

The process of the project can be monitored by the progress of the reports shown below (the first 18 months). Most reports (called deliverables) are not public. If you would like to receive a copy of a public document, please klick on the email to send a request email.

Diffusion Transport Membranes

D1.1

Literature overview and selection of membrane materials and nano functionalized additives

D1.2.1

Optimised grade MWNT

D1.2.2

Optimised grade DWNT

D1.2.3

Chemically functionalized nanotubes email

D1.3

First lab scale prototype membranes with nano-functionalized additives

D1.4

Standardized set of characterization methods for diffusion transport membranes

D1.5

Method for composite hollow fiber coating based on block copolymers

Fixed-Site Carrier-type Membranes

D2.1

Document stating the test parameters and conditions for the experimental tests

D2.2

Document reporting the precise conditions for synthesising and crosslinking of the PVAm

D2.3.1

Reports from permeance tests according to experimental progress plan incl. adjustments (I)

D2.3.2

Reports from permeance tests according to experimental progress plan incl. adjustments (II)

D2.4.1

Plan and progress report for PhD-student (I)

D2.4.2

Plan and progress report for PhD-student (II)

D2.4.3

Plan and progress report for PhD-student  (to be reported in WP4)

D2.5

Summary report from first workshop email

D2.6.1

Preliminary report on preparation of PSf hollow fibre support structure with controlled MWCO

Ionomer HV Membranes

D3.1

Documentation on selected polymers foils as base materials

D3.2.1

Documentation of the surface treatments and electrical modification (I)

D3.2.2

Documentation of the surface treatments and electrical modification (II)

D3.2.3

Documentation of the surface treatments and electrical modification

D3.3.1

Reports on the performance of polymers in the electrical modification process as a whole (I)

D3.3.2

Report on the performance of polymers in the electrical modification process as a whole

D3.4.1

Report on membrane tests and characterizations

Carbon Molecular Sieve Membranes

D4.1

Literature overview of promising polymeric precursors

D4.2

Literature overview of promising nano functional additives

D4.3

First lab scale prototype nano functionalized (asymmetric) hollow fiber precursor membrane

D4.4

First lab scale prototype nano functionalized hollow fiber CMS

D4.7.1

Plan and progress report for PhD-student M18 (first 12 months were reported in WP2)

Ceramic Membranes

D5.1

Report on the synthesis of .perfluoroalkyl phosphonates, the process and mechanism of grafting in usual organic solvents and top-coat formation with phosphonate groups

D5.2

Report on the structure of the top-coat and hydrophobic properties of grafted membrane samples

D5.3

Report on the process of manufacturing grafted ceramic membranes

D5.4

Report on the potential of nano-powders for the making of filtration layers.

D5.5

Chemical samples (0.5 g) of perfluoroalkyl phosphonates

D5.6

Report describing the structure of new ceramic supports, compared with supports dedicated to NF

D5.7

Report describing the potential of synthesis of new hydrophobic polymers

Integration

D6.1

Description of membrane material test conditions

D6.2

Document with ‘Set of Requirements’

D6.3.1

Computer model calculation results (I)

D6.3.2

Computer model Calculations results

Membrane Performance Diagnostics Development

D7.1

Summary report containing definition of target specifications for sensors and ac impedance test bench

D7.2

Prototype sensors for ac impedance measurements on laboratory scale

D7.3

Prototype laboratory setup for ac impedance measurements on membranes

D7.4

Reports stating assessment criteria to evaluate performance parameters of membrane material provided by University of Twente

D7.5

Document specifying precise targets for industrial set-up

D7.6

Presentations from workshopemail

Comparative study of available alternatives for membranes

D8.1

Compared CO2-capture techniques in a uniform way.

D8.2.1

Report ‘Creating driving force in most energy efficient way’

D8.2.2

Report ‘Cost analysis conceptual design’

System integration

D9.1

Set of system requirements

D9.2.1

Set of feasible system solutions (I)

D9.2.2

Refined set of feasible system solutions

D9.3

Material tests results

Project management

D10.1.1

Interim activity report (I)

D10.1.3

Interim activity report

D10.2.1

Progress report

D10.2.2

Management report

Training & dissemination

D11.1.1

Summary and set of presentations of workshop (I) email

D11.1.2

Summary and set of presentations of workshop (II) email

D11.2.1

Mapping of barriers in exchange of researchers and technicians

D11.2.2

Planning of exchange of researchers and technicians

D11.2.3

Limited report on the exchange of researchers and technicians

D11.3.1

Planning of events for workshops opportunities in first 24 months email

D11.3.2

Presentations of conference contributions (I) email

D11.3.3

Presentations of conference contributions (II) email

D11.3.4

Presentations of conference contributions M18 email

D11.3.5

Planning of events for workshops opportunities for NanoGLOWA years 2-3