REDstack Update RED Pilot on the Afsluitdijk, The Netherlands Stakeholdersbijeenkomst Afsluitdijk, Leeuwarden 30 oktober 2012

Transcription

1 REDstack Update RED Pilot on the Afsluitdijk, The Netherlands Stakeholdersbijeenkomst Afsluitdijk, Leeuwarden 30 oktober 2012 Rik Siebers October 30, 2012

2 REDstack Update RED Pilot on the Afsluitdijk, The Netherlands INES, Singapore, 2012 Rik Siebers October 19, 2012

3 Contents 3

4 History (1) 2005 Foundation REDStack BV Fundamental Research Wetsus First tests on surface water 2010 Pilot Plan Afsluitdijk December 2011 Public Funding May 2012 Private Funding May 2012 Start Design process 4

5 History (2) 5

6 REDstack (1) Founded in 2005 Office in Sneek 9 employees 6 FTE Funding Private, shareholders Public, subsidies (regional, national and EU) Shareholder structure W&F Magneto, Production of Special Anodes A. Hak, Contractor and Builder for Transportation Solutions Alliander, Manage and Design Energy Infrastructures 6

7 REDstack (2) Characteristics of RED technology: No fossil fuels No CO 2 -emmisions No chimneys or high buildings Contributes to political targets Goal of REDstack: Development Up-scaling Commercialization 7

8 REDstack (3) Markets: Surface water; Large flow low energy density Industrial water; Small flow high energy density Products sales worldwide: Key components Licenses Process design 8

9 Market (1) Maximum practical RED potential worldwide: Variation in estimations between TW Potential (technical/economical) in Netherlands: Estimated 1,5 GW Is about 10-15% of total Dutch electricity consumption 9

10 Market (2) 10

11 Market (3) Energy consumption worldwide 11

12 Market (4) Prediction energy consumption 12

13 Projects REAPower, EU-funded (FP7) Consortium of 11 project partners RED on brine and seawater CAPmix, EU-funded (FP7) Consortium of 6 project partners Capacitive bases technology 13

14 Afsluitdijk Project (1) Project spec s: Project partners Fuji, Wetsus and REDstack Duration 4 years, start 2012 Regional funded Total budget 7.33 M 14

15 Afsluitdijk Project (2) Funding: Public funding; o SNN and Province of Fryslân 3.35 M Private funding o FUJIFILM 1.00 M o REDstack 2.36 M o Wetsus (in kind) 0.61 M Total 7.33 M 15

16 Afsluitdijk Project (3) Planning: Final Design 4 months Construction 7 months Start-up 1 months Research phase 1 21 months Research phase 2 15 months Total 48 months 16

17 Afsluitdijk Project (4) Scale: 220 m 3 /h Seawater input 220 m 3 /h Freshwater input Goal after 4 years 50 kw installed Research Topics; Membrane development Pretreatment Stack development Systems integration Environmental impact 17

18 Afsluitdijk Project (5) Project location 18

19 Afsluitdijk project (6) Location in more detail 19

20 Afsluitdijk project (7) Basic process principal, phase 1 Pre-treatment Waddenzee water Pre-treatment IJsselmeer water Buffer Waddenzee water Buffer IJsselmeer water RED stacks Effluent buffer 20

21 Afsluitdijk project (8) Basic process principal, phase 2 Pre-treatment Waddenzee water Pre-treatment IJsselmeer water RED stacks Effluent buffer 21

22 Afsluitdijk project (9) The initial design 8 Stack positions Prefiltration Buffer tanks 22

23 Afsluitdijk project (10) Renewed design 3d impression 23

24 Afsluitdijk project (11) Renewed design 3d impression 24

25 Afsluitdijk project (12) Renewed design 3d impression 25

26 Afsluitdijk project (13) Renewed design 3d impression 26

27 Afsluitdijk project (14) Renewed design 3d impression 27

28 Afsluitdijk project (15) Environmental impact Sustainable energy relates to sustainable environment. Environmental impact studies needed. Studied in the broader scope of Afsluitdijk; Tidal energy Wind energy Solar energy Blue energy 28

29 Questions Changes in REDstack Funding Afsluitdijk Facts Afsluitdijk Time schedule Afsluitdijk Time schedule REDstack Thank you for your attention, any questions? 29