1
Program Kick- off Meeting „NANOSTIR“
No. time agenda Tuesday 29.01.2008
1 12:30 - 14:00
arrival in Tulln; lunch
14:00 - 16:00
2 address of welcome by Dir. Meisl
3 address of welcome by the Coordinator
4 short introduction of the partners and the role within NANOSTIR
5 16:00 - 17:00
coffee break
17:00 - 19:30
6 on site inspection of LFS
7 presentation of the work packages
8 discussion of the work steps / tasks
definition of technical interfaces
detailing of the work plan
detailing of the timetable concerning the work steps / tasks
9 revision of the timetable and the work plan
10 definition of work groups & contents for Wednesday
19:30
11 coming together
2
Kick- off Meeting „NANOSTIR“
Optimisation of solid biofuel operated Stirling CHP unjits by means of nano technological
coatings
- NANOSTIR -
Tulln, 29. / 30. January 2008
3
Institut für ZukunftsEnergieSystemean der Hochschule für Technik und Wirtschaft HTW
IZES test laboratory on site the university of applied science, Saarbrücken. It is accredited for solar thermal collectors, components and systems.
IZES headquarter located in the ‚IT Park‘ in Saarbrücken/ Burbach, Federal State Saarland Germany.
IZES technical test centre for small combined heat and power units in Völklingen/ Luisenthal, Saarland.
DAP-PL-3450.00
4
IZES gGmbH
Our focus:
-Tomorrow's energy supply and energy usage
-Input to policy and legislation in the energy sector
-Renewable energies and efficient utilisation of useful energy
Our staff:
At about 25 colleagues from mechanical, energy, electrical and
civil engineering scope. Also physicists, chemists, economists and
social scientists are working at the IZES.
IZES (Institute for FutureEnergySystems) is a research institute connected to the Saarland University of Applied Sciences.It is a non-profit limited company.
5
IZES main areas of activities
Energy economy / future markets
Accredited laboratory: “Test Centre Saarbrücken, TZSB”
Material flow management / biomass usage
Energy system engineering, including ‘Technique Centre Luisenthal, TEZI’
DAP-PL-3450.00
6
IZES projects concerning Stirling engines operated with biofuels
Monitoring of a SOLO V161 Stirling engine operated with mine gas
7
Results SOLO V161 operated with caol mine gas
Leistungen bei 65°C/50°C
0
5
10
15
20
25
30
35
50 bar 70 bar 90 bar 110 bar 130 barMaschinendruck
kW
Q-gesamt
Q-thermisch
Q-elektrischp-elektrisch
Pel = 7,9 kW
Qtherm = 22,9 kW
electrical and thermal power output against Helium pressure inside the engine for a return temperature of ~ 50°C
8
0%
20%
40%
60%
80%
100%
50 bar 70 bar 90 bar 110 bar 130 bar
eta gesamt
eta therm.
eta elektr.
eta
Maschinendruck
ηel = 24,4 %
ηges = 95,4 %
ηth = 71,0 %
electrical and thermal efficiency against Helium pressure inside the engine for a return temperature of ~ 50°C
Results SOLO V161 operated with caol mine gas
9
HOVAL boiler Stirling combination
Monitoring of a combination of a HOVAL AgroLyt 25 boiler and a 1 kWel Stirling engine made by Bernd Kammerich
Site: Sulzbach, Germany Forester’s house, including one family apartment
10
Schematic draw of the hydraulic installations in Sulzbach
11
Stirling / boiler connection
12
Stirling / boiler connection
13
Program Kick- off Meeting „NANOSTIR“
No. time agenda Tuesday 29.01.2008
1 12:30 - 14:00
arrival in Tulln; lunch
14:00 - 16:00
2 address of welcome by Dir. Meisl
3 address of welcome by the Coordinator
4 short introduction of the partners and the role within NANOSTIR
5 16:00 - 17:00
coffee break
17:00 - 19:30
6 on site inspection of LFS
7 presentation of the work packages
8 discussion of the work steps / tasks
definition of technical interfaces
detailing of the work plan
detailing of the timetable concerning the work steps / tasks
9 revision of the timetable and the work plan
10 definition of work groups & contents for Wednesday
19:30
11 coming together
14
History of NANOSTIR
� December 2005:
Project proposal of the NANOSTIR project was prepared in the call of the EU - SIXTH FRAMEWORK PROGRAMME:
Polygeneration – SPECIFIC TARGETED RESEARCH PROJECT
� June 2006: Positive evaluation with 28/30 points
� November 2007: Final negotiation with the EU and the partner Consortium
� December 2007: contract will be signed
� January 2008: official start date 15.01.2008; kick-off meeting
� Duration of the NANOSTIR project: 24 months
� NANOSTIR – budget 741 TEuro, 298 TEuro EU-contribution
15
Partic. Role
Partic. No.
Participant name Participant short name
Country Date enter
project
Date exit
project CO 1 Co-ordination: IZES
gGmbH IZES Germany Month
1 Month
24 CR 2 Landwirtschaftliche
Fachschule Tulln LFS Austria Month
1 Month
24 CR 3 Biokompakt
Heizsysteme GmbH BIOCOMP Austria Month
1 Month
24 CR 4 ItN Nanovation AG ItN Germany Month
1 Month
24
CR 5 Kuhbier Law firm KLF Belgium Month 1
Month 24
CR 6 WEGRA Anlagenbau GmbH
WEGRA Germany Month 1
Month 24
NANOSTIR Partner
16
NANOSTIR Work packages
17
WP 0: Coordination
Work package leader: IZES
Person months: 2,15
Start/end: duration time 1 -24 month
Tasks:•WP 0-1: Day-to-day coordination and representation of the main interface to the EC•WP 0-2: Supervision of the project planning, progress and related reporting•WP 0-3: Supervision of the ongoing work and its termination in time
18
WP 1: Construction of the biofuel CHP unit
Work package leader: LFS / BIOKOM
Person months: IZES 1; LFS 2; BIOKOM 3; ItN 2; overall 8
Start/end: duration time 1 – 6 month
Tasks:•WP 1-1: Adaptation of the solid biofuels boiler concerning the technical requirements of the Stirling engine•WP 1-2: Construction of the solid biofuels boiler/Stirling engine CHP unit•WP 1-3: Adaptation of the monitoring program to the requirements CHP unit •WP 1-4: Adaptation of a control unit to the CHP unit•WP 1-5: Adaptation of the measurement equipment to the requirements of the CHP unit •WP 1-6: Putting into operation, plant management and maintenance of the CHP unit
19
WP 2: Development and optimisation of a coating material
Work package leader: ItN
Person months: IZES 0,5; LFS 1; ItN 10; overall 11,5
Start/end: duration time 3 – 20 month
Tasks:•WP 2-1: Screening of different existing coating materials •WP 2-2: Laboratory development of nanoparticle based coating materials to prevent pollution on the Stirling’s primary heat exchanger, •WP 2-3: Pre-tests to evaluate the developed material with regard to coating quality, heat exchange, temperature constancy and pollution by biofuel exhaust, application on dummy metallic substrates•WP 2-4: First coating of the Stirling engine and evaluation of the results•WP 2-5: Optimisation of the coating material•WP 2-6: New coating with a second monitoring •WP 2-7: Final coating of heat exchanger and the air pre- heating tubes for the combustion air
20
WP 3: Construction of the CHCP unit
Work package leader: BIOKOM
Person months: IZES 1; LFS 2; BIOKOM 2; ItN 2, WEGRA 3
Start/end: duration time 5 – 12 month
Tasks:WP 3-1: The two individual systems (solid biofuels boiler/Stirling engine and absorption cooling machine) will be optimised for a combined operationWP 3-2: Combination of the two separate systemsWP 3-3: Optimisation of the combined CHCP unit based on the outcome of WP4WP 3-4: Market analysis for the combined CHCP unit
21
WP 4: Monitoring of the CHCP unit
Work package leader: IZES
Person months: IZES 4,5; LFS 2; BIOKOM 1; ItN 2; WEGRA 1
Start/end: duration time 7 – 24 month
Tasks:WP 4-1: Definition of the detailed monitoring programWP 4-2: Design and definition of the measurement technique WP 4-3: Monitoring of the CHCP unit and supervision of the monitoringprogram itselfWP 4-4: Preparation of the gained data for the dissemination process and the final know-how transfer measures
22
WP 5: Ethical and legal audit
Work package leader: KLF
Person months: KLF 3,5
Start/end: duration time 10 – 22 month
Tasks:WP 5-1: Investigation of the actual and planned political and legal prevailing conditions of the European Commission and in the member states.WP 5-2: Compiling of the individual ethical positions of the European member statesWP 5-3: Confrontation of these developments with the goals of emission reduction in EuropeWP 5-4: Market analysis of the effects of biofuels on agriculture and the fuel market
23
WP 6: Dissemination program
Work package leader: IZES
Person months: IZES 4; LFS 1; BIOKOM 1; ItN 4; KLF 1; WEGRA 1
Start/end: duration time 1 – 24 month
Tasks:WP 6-1: Dissemination strategyWP 6-2: Integration of comparable project resultsWP 6-3: Creation and continuous actualisation of the project’s homepageWP 6-4: Publication measuresWP 6-5: Organisation of national workshopsWP 6-6: Organisation of a final transnational congress
24
WP 6: Dissemination program
� planned meetings with external participants (according to the proposal)
- Final meeting
• All partners and the EC responsible; this meeting should be in connection with the final transnational congress
• Meeting with the advisory board (external Stirling technology experts); this meeting should be in connection with the “mid time workshop”
� planned dissemination activities (according to the proposal)- web-/ homepage in German and English
- At least two national workshops (this meetings should be in connection with the meeting with the advisory board (SB) and the putting into operation of the CHCP unit)
- one final transnational congress (this meeting should be in connection with the final project meeting)
25
WP 6: Dissemination program
� Preparation of a business plan for the commercialisation of the CHCP unit (according to the proposal)
- Two possibilities
• The CHC unit (as a combined unit with components from BIOKOM an WEGRA)
• THE CHCP unit (as a combined unit with components from BIOKOM, WEGRA and EnergieBig)
� publication activities (according to the proposal)- At least one paper in an international Journal, e.g. J. of Power Sources
or Renewable Energy or …
- Brochures and information material concerning NANOSTIR in Germanand English language
26
IZES gGmbH (D)
Coordination
KLF (BE)Ethical and Legal Audit
concerning biofuels
WEGRA GmbH (DE)
Absorption cooling machine
ItN (DE)
Coating materials
NANOSTIR Partner interfaces
direct report
LFS Tulln (AT)
Operator and owner ofthe Stirling unit
Biokompakt GmbH (AT)
Biofuel boiler
construction of the CHP unit
integration of theabsorption unit to get the CHCP unit
developm
ent of a
coating
mate
rial
EC
direct report
administrative and financial
reports of the tasks to the WP leader and WP reports to the coordinator
27
Program Kick- off Meeting „NANOSTIR“
No. time agenda Tuesday 29.01.2008
1 12:30 - 14:00
arrival in Tulln; lunch
14:00 - 16:00
2 address of welcome by Dir. Meisl
3 address of welcome by the Coordinator
4 short introduction of the partners and the role within NANOSTIR
5 16:00 - 17:00
coffee break
17:00 - 19:30
6 on site inspection of LFS
7 presentation of the work packages
8 discussion of the work steps / tasks
definition of technical interfaces
detailing of the work plan
detailing of the timetable concerning the work steps / tasks
9 revision of the timetable and the work plan
10 definition of work groups & contents for Wednesday
19:30
11 coming together
28
Nr. Vorgangsname
1 WP 0:COORDINATION, PROJECT MANAGEMENT AND REPORTING
2 WP 0-1: Kick-off meeting
3 WP 0-2: Supervision of the project planning, progress and related reporting
4 WP 0-3: Supervision of the ongoing w ork and its termination in time
5 M 0-1: Kick-off meeting
6 M 0-2: Mid-term assessment report and meeting of the advisory board
7 M 0-3: Final meeting and final report
8 WP 1: CONSTRUCTION OF THE BIOFUEL CHP UNIT
9 WP 1-1:Adaptation of the s olid biofuels boiler concerning the technical requirements of the Sterling engine
10 WP 1-2: Construction of the solid biofuels boiler/Stirling engine CHP unit
11 WP 1-3: Adaptation of the monitoring program to the requirements CHP unit
12 WP 1-4: Adaptation of a control unit to the CHP unit
13 WP 1-5: Adaptation of the measurement equipment to the requirements of the CHP unit
14 WP 1-6: Putting into operation, plant management and maintenance of the CHP unit
15 M 1-1: Successful putting into operation of the constructed combined unit consisting of a solid biofuel boiler and a Stirling engine
16 WP 2: DEVELOPMENT AND OPTIMISATION OF A COATING MATERIAL
17 WP 2-1: Screening of dif ferent existing coating materials
18 WP 2-2: Laboratory development of nanoparticle based coating materials to prevent pollution on the Stirling’s primary heat exchanger
19 WP 2-3: Pre-tests to evaluate the developed material w ith regard to coating quality , heat exchange, temperature constancy and pollution by biofuel exhaust, application on dummy metallic substrates
20 WP 2-4: First coating of the Stirling engine and evaluation of the monitoring results
21 WP 2-5: Optimisation of the coating material
22 WP 2-6: New coating w ith a second monitoring
23 WP 2-7: Final coating of heat exchanger and the air pre- heating tubes for the combustion air
24 M 2-1: First coating of the Stirling’s primary heat exchanger
25 M 2-2: Final coating of the Stirling’s primary heat exchanger w ith optimised coating material
26 WP 3: CONSTRUCTION OF THE CHCP UNIT
27 WP 3-1: The tw o individual systems (solid biofuels boiler/Stirling engine and absorption cooling machine) w ill be optimised for a combined operation
28 WP 3-2: Combination of the tw o separate systems
29 WP 3-3: Optimisation of the combined CHCP unit based on the outcome of WP4
30 WP 3-4: Market analysis for the combined CHCP unit
31 M 3-1: Successful putting into operation of the constructed CHCP unit consisting of a solid biofuel boiler, a Stirling engine and an absorption cooling machine
32 WP 4: MONITORING OF THE CHCP UNIT
33 WP 4-1: Def inition of the required concise and complete monitoring program
34 WP 4-2: Design of the meas urement technique
35 WP 4-3: Monitoring of the CHCP unit and supervision of the monitoring program its elf
36 WP 4-4: Preparation of the gained data for the dissemination process and the f inal know -how transfer measures
37 M 4-1: Start of the active monitoring phase
38 WP 5: ETHICAL AND LEGAL AUDIT
39 WP 5-1: Investigation of the actual and planned political and legal prevailing condit ions of the European Commission and in the member s tates
40 WP 5-2: Compiling of the individual ethical positions of the European member states
41 WP 5-3: Confrontation of these developments w ith the goals of emission reduction in Europe
42 WP 5-4: Market analysis of the effects of biofuels on agriculture and the fuel market
43 M 5-1: Presentation of the s tudy “Ethical and legal status concerning biofuels as useful energy sources in Europe”
44 WP 6: DISSEMINATION PROGRAM
45 WP 6-1: Dissemination strategy
46 WP 6-2: Integration of comparable project results
47 WP 6-3: Creation and continuous actualisation of the project’s homepage
48 WP 6-4: Publication measures
49 WP 6-5: Organisation of national w orkshops
50 WP 6-6: Organisation of a f inal transnational congress
51 M 6-1: Launch of the projec t’s homepage
52 M 6-2: At least one article in an international journal concerning the protection of the Stirling’s heat exchanger by means of nanotechnological coating material
53 M 6-3: At least one article in an international journal concerning the CHCP unit
31.10.
30.09.
30.09.
02.04.
01.05.
01.10.
01.10.
01.10.
01.08.
01.05.
30.09.
30.09.
Jul '06 Sep '06 Nov '06 Jan '07 Mrz '07 Mai '07 Jul '07 Sep '07 Nov '07 Jan '08 Mrz '08 Mai '08 Jul '08 Sep '08 Nov '08Month 1 Month 4 Month 7 Month 10 Month13 Month 16 Month19 Month 22 Month 24
Month 1 Month 13 Month 24
Month 24
Month 13
Month 13
Month 13
Month 6
Month 7
Month 7
Month 22
Nr. Vorgangsname
1 WP 0:COORDINATION, PROJECT MANAGEMENT AND REPORTING
2 WP 0-1: Kick-off meeting
3 WP 0-2: Supervision of the project planning, progress and related reporting
4 WP 0-3: Supervision of the ongoing w ork and its termination in time
5 M 0-1: Kick-off meeting
6 M 0-2: Mid-term assessment report and meeting of the advisory board
7 M 0-3: Final meeting and final report
8 WP 1: CONSTRUCTION OF THE BIOFUEL CHP UNIT
9 WP 1-1:Adaptation of the s olid biofuels boiler concerning the technical requirements of the Sterling engine
10 WP 1-2: Construction of the solid biofuels boiler/Stirling engine CHP unit
11 WP 1-3: Adaptation of the monitoring program to the requirements CHP unit
12 WP 1-4: Adaptation of a control unit to the CHP unit
13 WP 1-5: Adaptation of the measurement equipment to the requirements of the CHP unit
14 WP 1-6: Putting into operation, plant management and maintenance of the CHP unit
15 M 1-1: Successful putting into operation of the constructed combined unit consisting of a solid biofuel boiler and a Stirling engine
16 WP 2: DEVELOPMENT AND OPTIMISATION OF A COATING MATERIAL
17 WP 2-1: Screening of dif ferent existing coating materials
18 WP 2-2: Laboratory development of nanoparticle based coating materials to prevent pollution on the Stirling’s primary heat exchanger
19 WP 2-3: Pre-tests to evaluate the developed material w ith regard to coating quality , heat exchange, temperature constancy and pollution by biofuel exhaust, application on dummy metallic substrates
20 WP 2-4: First coating of the Stirling engine and evaluation of the monitoring results
21 WP 2-5: Optimisation of the coating material
22 WP 2-6: New coating w ith a second monitoring
23 WP 2-7: Final coating of heat exchanger and the air pre- heating tubes for the combustion air
24 M 2-1: First coating of the Stirling’s primary heat exchanger
25 M 2-2: Final coating of the Stirling’s primary heat exchanger w ith optimised coating material
26 WP 3: CONSTRUCTION OF THE CHCP UNIT
27 WP 3-1: The tw o individual systems (solid biofuels boiler/Stirling engine and absorption cooling machine) w ill be optimised for a combined operation
28 WP 3-2: Combination of the tw o separate systems
29 WP 3-3: Optimisation of the combined CHCP unit based on the outcome of WP4
30 WP 3-4: Market analysis for the combined CHCP unit
31 M 3-1: Successful putting into operation of the constructed CHCP unit consisting of a solid biofuel boiler, a Stirling engine and an absorption cooling machine
32 WP 4: MONITORING OF THE CHCP UNIT
33 WP 4-1: Def inition of the required concise and complete monitoring program
34 WP 4-2: Design of the meas urement technique
35 WP 4-3: Monitoring of the CHCP unit and supervision of the monitoring program its elf
36 WP 4-4: Preparation of the gained data for the dissemination process and the f inal know -how transfer measures
37 M 4-1: Start of the active monitoring phase
38 WP 5: ETHICAL AND LEGAL AUDIT
39 WP 5-1: Investigation of the actual and planned political and legal prevailing condit ions of the European Commission and in the member s tates
40 WP 5-2: Compiling of the individual ethical positions of the European member states
41 WP 5-3: Confrontation of these developments w ith the goals of emission reduction in Europe
42 WP 5-4: Market analysis of the effects of biofuels on agriculture and the fuel market
43 M 5-1: Presentation of the s tudy “Ethical and legal status concerning biofuels as useful energy sources in Europe”
44 WP 6: DISSEMINATION PROGRAM
45 WP 6-1: Dissemination strategy
46 WP 6-2: Integration of comparable project results
47 WP 6-3: Creation and continuous actualisation of the project’s homepage
48 WP 6-4: Publication measures
49 WP 6-5: Organisation of national w orkshops
50 WP 6-6: Organisation of a f inal transnational congress
51 M 6-1: Launch of the projec t’s homepage
52 M 6-2: At least one article in an international journal concerning the protection of the Stirling’s heat exchanger by means of nanotechnological coating material
53 M 6-3: At least one article in an international journal concerning the CHCP unit
31.10.
30.09.
30.09.
02.04.
01.05.
01.10.
01.10.
01.10.
01.08.
01.05.
30.09.
30.09.
Jul '06 Sep '06 Nov '06 Jan '07 Mrz '07 Mai '07 Jul '07 Sep '07 Nov '07 Jan '08 Mrz '08 Mai '08 Jul '08 Sep '08 Nov '08Month 1 Month 4 Month 7 Month 10 Month13 Month 16 Month19 Month 22 Month 24 Nr. Vorgangsname
1 WP 0:COORDINATION, PROJECT MANAGEMENT AND REPORTING
2 WP 0-1: Kick-off meeting
3 WP 0-2: Supervision of the project planning, progress and related reporting
4 WP 0-3: Supervision of the ongoing w ork and its termination in time
5 M 0-1: Kick-off meeting
6 M 0-2: Mid-term assessment report and meeting of the advisory board
7 M 0-3: Final meeting and final report
8 WP 1: CONSTRUCTION OF THE BIOFUEL CHP UNIT
9 WP 1-1:Adaptation of the s olid biofuels boiler concerning the technical requirements of the Sterling engine
10 WP 1-2: Construction of the solid biofuels boiler/Stirling engine CHP unit
11 WP 1-3: Adaptation of the monitoring program to the requirements CHP unit
12 WP 1-4: Adaptation of a control unit to the CHP unit
13 WP 1-5: Adaptation of the measurement equipment to the requirements of the CHP unit
14 WP 1-6: Putting into operation, plant management and maintenance of the CHP unit
15 M 1-1: Successful putting into operation of the constructed combined unit consisting of a solid biofuel boiler and a Stirling engine
16 WP 2: DEVELOPMENT AND OPTIMISATION OF A COATING MATERIAL
17 WP 2-1: Screening of dif ferent existing coating materials
18 WP 2-2: Laboratory development of nanoparticle based coating materials to prevent pollution on the Stirling’s primary heat exchanger
19 WP 2-3: Pre-tests to evaluate the developed material w ith regard to coating quality , heat exchange, temperature constancy and pollution by biofuel exhaust, application on dummy metallic substrates
20 WP 2-4: First coating of the Stirling engine and evaluation of the monitoring results
21 WP 2-5: Optimisation of the coating material
22 WP 2-6: New coating w ith a second monitoring
23 WP 2-7: Final coating of heat exchanger and the air pre- heating tubes for the combustion air
24 M 2-1: First coating of the Stirling’s primary heat exchanger
25 M 2-2: Final coating of the Stirling’s primary heat exchanger w ith optimised coating material
26 WP 3: CONSTRUCTION OF THE CHCP UNIT
27 WP 3-1: The tw o individual systems (solid biofuels boiler/Stirling engine and absorption cooling machine) w ill be optimised for a combined operation
28 WP 3-2: Combination of the tw o separate systems
29 WP 3-3: Optimisation of the combined CHCP unit based on the outcome of WP4
30 WP 3-4: Market analysis for the combined CHCP unit
31 M 3-1: Successful putting into operation of the constructed CHCP unit consisting of a solid biofuel boiler, a Stirling engine and an absorption cooling machine
32 WP 4: MONITORING OF THE CHCP UNIT
33 WP 4-1: Def inition of the required concise and complete monitoring program
34 WP 4-2: Design of the meas urement technique
35 WP 4-3: Monitoring of the CHCP unit and supervision of the monitoring program its elf
36 WP 4-4: Preparation of the gained data for the dissemination process and the f inal know -how transfer measures
37 M 4-1: Start of the active monitoring phase
38 WP 5: ETHICAL AND LEGAL AUDIT
39 WP 5-1: Investigation of the actual and planned political and legal prevailing condit ions of the European Commission and in the member s tates
40 WP 5-2: Compiling of the individual ethical positions of the European member states
41 WP 5-3: Confrontation of these developments w ith the goals of emission reduction in Europe
42 WP 5-4: Market analysis of the effects of biofuels on agriculture and the fuel market
43 M 5-1: Presentation of the s tudy “Ethical and legal status concerning biofuels as useful energy sources in Europe”
44 WP 6: DISSEMINATION PROGRAM
45 WP 6-1: Dissemination strategy
46 WP 6-2: Integration of comparable project results
47 WP 6-3: Creation and continuous actualisation of the project’s homepage
48 WP 6-4: Publication measures
49 WP 6-5: Organisation of national w orkshops
50 WP 6-6: Organisation of a f inal transnational congress
51 M 6-1: Launch of the projec t’s homepage
52 M 6-2: At least one article in an international journal concerning the protection of the Stirling’s heat exchanger by means of nanotechnological coating material
53 M 6-3: At least one article in an international journal concerning the CHCP unit
31.10.
30.09.
30.09.
02.04.
01.05.
01.10.
01.10.
01.10.
01.08.
01.05.
30.09.
30.09.
Jul '06 Sep '06 Nov '06 Jan '07 Mrz '07 Mai '07 Jul '07 Sep '07 Nov '07 Jan '08 Mrz '08 Mai '08 Jul '08 Sep '08 Nov '08Month 1 Month 4 Month 7 Month 10 Month13 Month 16 Month19 Month 22 Month 24
Month 1 Month 13 Month 24
Month 24
Month 13
Month 13
Month 13
Month 6
Month 7
Month 7
Month 22
29
NANOSTIR Project - Meetings
� planned Meetings (according to the proposal)
- Kick off meeting ����
- Regular meetings
• At least one meeting between the coordinator and the WP leader for each WP
- Workshops
• At least two workshops with all partners (mid time workshop and one more meeting)
- Final meeting
• All partners and the EC responsible (this meeting should be in connection with the final transnational congress)
- Are more meetings necessary?
30
NANOSTIR: open questions
Energiebig
Contribution to project?
Advisory board with extern Stirling technology experts
Date and place for the Workshop/ Meeting?
31
EU-reports- Mid-term report (January 2009)- Final report including the financial report (January 2010)Internal reports as part of the EU reports:- WP-reports every 6 months (responsible are the WP-Leader and Task-Leader)-Deadline first WP-report on the 15.07.2008Language
-German or English?-Internal: German, Concerning any EC communication: English
WP responsibilities/ reports/ language
Responsibilities- coordination Bodo Groß, IZES- Work package (WP) leaderBodo Groß, IZES WP 0, 4, 6; Josef Meisl, LFS WP 1Frank Meyer WP 2; Ernst Gerlinger WP 1, 3Dörte Fouquet WP 5
32
EU project officer: Mrs. Anthi Charalambous(Tel: +32 (2) 29 – 52582, [email protected])
EU financial officer: Mrs. Esther Grau-Jimenez(Tel: +32 (2) 29 – 50805, [email protected])
Responsible EC officers
33
Kick- off Meeting „NANOSTIR“
Thank you!
34
Program Kick- off Meeting „NANOSTIR“
No. time agenda Wednesday 30.01.2008
12 9:00 - 11:30
discussion of the work steps / tasks within the individual work groups
11:30 - 12:30
13 summary of results; decision of a To-Do list
12:30 - 14:00
14 lunch
14:00
15 departure from Tulln or optional guided tour of the city of Tulln
35
Program Kick- off Meeting „NANOSTIR“
No. time agenda Tuesday 29.01.2008
1 12:30 - 14:00
arrival in Tulln; lunch
14:00 - 16:00
2 address of welcome by Dir. Meisl
3 address of welcome by the Coordinator
4 short introduction of the partners and the role within NANOSTIR
5 16:00 - 17:00
coffee break
17:00 - 19:30
6 on site inspection of LFS
7 presentation of the work packages
8 discussion of the work steps / tasks
definition of technical interfaces
detailing of the work plan
detailing of the timetable concerning the work steps / tasks
9 revision of the timetable and the work plan
10 definition of work groups & contents for Wednesday
19:30
11 coming together
36