FuncHy Workshop November 18, 2008, Bernard Dam Hydrogen Research in the Netherlands
FuncHy Workshop November 18, 2008, Bernard Dam
Hydrogen Research in the Netherlands
FuncHy Workshop November 18, 2008, Bernard Dam
Fuel cell research, major playersFuel cell research, major players
•
After a big SOFC project (financed by the ministry of economic affairs till early 2000’s) the fuel cell research focuses mainly on the development of fuel cells for specific applications
•
Major players now–
ECN (Energy centre Netherlands)
strong effort on the
development of PEM and SOFC based fuel cells
–
Technical
universities
of Twente, Delft, Eindhoven
–
Akzo spin-off fuel
cell
company: Nedstack
FuncHy Workshop November 18, 2008, Bernard Dam
FuelFuel
cellcell
actorsactors
in NLin NL
FuncHy Workshop November 18, 2008, Bernard Dam
Dutch gas Dutch gas infrainfra--structurestructure
FuncHy Workshop November 18, 2008, Bernard Dam
Energy Center Energy Center NetherlandsNetherlands
Mission: ECN develops knowledge and technology for sustainable energy applicationsand brings them to market.
FuncHy Workshop November 18, 2008, Bernard Dam
Dutch Dutch ScienceScience
policypolicy
onon
fuelfuel
cellscells
•
Fuel
cells
are seen
as a technological
rather
than
a scientific
challenge
–
Presently, no
government
funding
for
basic science focussed
on
problems
related
to fuel
cells.
•
Development
projects
together
with
industry
are funded. These involve
ECN and small
companies
such
as Nedstack
•
Estimated
H2
and fuel
cell
funding
14 Meuro
FuncHy Workshop November 18, 2008, Bernard Dam
Fuel cell research, major playersFuel cell research, major players
•
U Twente
has a history on high temperature (>600 oC) oxygen conducting electrolytes, but these seem to be too vulnarable
for mobile applications. They now focus on:
–
Micromachined
solid acid fuel cells (small!)•
explore the potential for utilizing solid acids as electrolyte in an innovative design of a fuel cell operating in an intermediate temperature range (150-250°C).
•
TU Delft: focuses on moderate temperature (200 oC) solid acid proton electrolytes (CsHSO4
) and tries to identify the ionic transport mechanism using Neutron techniques.
•
Together
with
ECN both
universities
are involved
in projects
developping
SOFC’s
fuel
cells
running on
natural
gas
FuncHy Workshop November 18, 2008, Bernard Dam
PEM consortium ECN, PEM consortium ECN, TUeTUe, , NedstackNedstack: Electrodes, : Electrodes, HTHT--
electrolytes and PEMFC degradation phenomenaelectrolytes and PEMFC degradation phenomena
Electrode optimization in PEM
High-T electrolytes using polymer intrinsic protonic
conductors PPO-P3O
www.formulazero.nlwww.formulazero.nl
HyTruckHyTruck, , firstfirst
EuropeanEuropean
FC TruckFC Truck
7.5 ton 7.5 ton lightlight--trucktruck Range 350Range 350--400 km400 km 16 kW 16 kW NedstackNedstack
FC systemFC system
5.8 kg 350 bar H5.8 kg 350 bar H22
tanktank LiLi--ionion
batteriesbatteries
Direct drive Direct drive
50 kW PEM 50 kW PEM fuelfuel
cellcell
power plant power plant onon
waste waste hydrogenhydrogen
70 70 kWekWe
PEMFC PEMFC canalcanal
boatboat, end 2008 , end 2008 operationaloperational!!
Consortium: Consortium: AlewijnseAlewijnse, , IntegralIntegral, Linde Gas, Marine , Linde Gas, Marine services services NorthNorth, Lovers. , Lovers. CapacityCapacity
100 100 passengerspassengers
FuncHy Workshop November 18, 2008, Bernard Dam
Hydrogen research: ACTS Sustainable HydrogenHydrogen research: ACTS Sustainable Hydrogen ((Advanced Chemical Technologies for Sustainability)Advanced Chemical Technologies for Sustainability)
•
Public Private Partnership–
Minestry
of Economic Affairs
–
Ministry of Housing, Spatial Planning and Environment–
Dutch Science Foundation
–
Industrial partners•
Biomass Technology Group (BTG)
•
Energy Centrum the Netherlands (ECN)•
Gasunie
(Dutch Natural Gas Company)
•
NUON (one of the big electricity companies)•
Shell
FuncHy Workshop November 18, 2008, Bernard Dam
Hydrogen research: ACTS Sustainable HydrogenHydrogen research: ACTS Sustainable Hydrogen ((Advanced Chemical Technologies for Advanced Chemical Technologies for SustainabilitiesSustainabilities))
•
Budget 18.2 M€
•
Duration 2002-2010
•
Aim: Develop knowledge and technology to enable the transition to a hydrogen society.–
Encouraging
collaboration
between
different universities
and
disciplines
•
Scope:–
Production, Separation, Storage, Transport and Conversion of Hydrogen
–
Societal, Social, Psychological, Economic and governance aspects
of introducing hydrogen in our energy system
FuncHy Workshop November 18, 2008, Bernard Dam
Goals?Goals?
•
Overcome
the major obstacles
for
the introduction
of the hydrogen
economy
•
Develop
the technology
for
the implementation
of the hydrogen
economy
•
Improve
the Dutch patent position
on
hydrogen technology
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: ActivitiesACTS Sustainable Hydrogen: Activities
•
Bi-annual meetings including all aspects of the program and with representatives of the inductrial
partners
•
Topical cluster meetings
•
Annual Educational workshop including IP and ‘business creativity’
issues
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II Structural analysisStructural analysis
•
RU Nijmegen (Kentgens/Van Bentum): –
In-situ NMR analysis of hydrogen storage materials
•
Focuses
on
local
structure, kinetics
and activation
of light-weight
storage
materials
(alanates
mainly)
•
TU Delft (H. Zandbergen)–
Realisation
and application of in-situ HRTEM of hydrogen
storage materials at 8 bar hydrogen pressure and 200°C.
•
TU Delft (Mulder)–
Hydrogen storage in catalysed
and destabilized light metal
hydrides (Neutron studies)
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II TheoryTheory
•
U Twente
and RU Nijmegen (De Wijs, Brocks et al)–
Atomistic modelling
of advanced hydrogen storage materials
–
Both Mg-based
and light-weight
materials
•
U Leiden and Utrecht (GJ Kroes, de Jongh
et al)–
Hydrogen uptake in nanostructured
sodium alanate: the role
of alanate
particle size and of the interaction with carbon.
Like Ti, Sc (Zr) prefers to exchange with a Na atom, pushing out Na (mass transport!) but Pd (Pt) (bad catalyst) prefers to go interstitial.
Major conclusion TMMajor conclusion TM--atoms on (001) NaAlHatoms on (001) NaAlH44 (GJ (GJ KroesKroes, Leiden). , Leiden).
Sc@Na_2AlH4 : -1.97 eV Sc@inter_surface: -1.03 eV
Pd@Na_2AlH4 : -1.47 eV Pd@inter12_nosym: -2.19 eV.
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II NanoNano--structuresstructures
•
U Utrecht (de Jongh, Kroes, Dam)–
Nanostructured
hydrogen storage materials with high H2
equilibrium pressures and fast kinetics•
Both Mg-
and alanate
based
•
Addresses
nano-structures
in both
thin
films and bulk
•
TU Delft (Peters)–
Promoted hydrogen storage in nanoporous
clathrate
hydrate
materials with enhanced storage capacity•
Combined
experimental
and theoretical
study
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II Thin filmsThin films
•
TU Eindhoven (Notten, Dam, Kelder): –
Destabilized, multi-component, Mg-based hydrogen storage materials
•
Focuses
on
Mg-based
batteries•
Extends the use of hydrogenography to electrochemical hydrogenation
•
VU Amsterdam (Dam, Griessen)–
‘Search for new light-weight hydrogen storage materials using hydrogenography
•
Mg-based, alanates•
Entropy/Enthalpy
correlation
•
Clamping
effects
The Equilibrium PressureThe Equilibrium Pressure R. Gremaud
et al.Adv Mat 19 (2007) 2813
The Enthalpy of formationThe Enthalpy of formation R. Gremaud
et al.Adv Mat 19 (2007) 2813
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II MiscellaneousMiscellaneous
•
VU Amsterdam (Dam, Griessen)–
‘Hydrogen sensors
and safety detectors
for the hydrogen
economy
•
U Twente
(Lefferts, Seshan)–
Catalytic hydrothermal generation of hydrogen from aqueous biomass waste
HH22
productionproduction
fromfrom
biomassbiomass PyrolysisPyrolysis oiloil as as anan intermediateintermediate energyenergy carriercarrier
Fast pyrolysisplant
Transport of oil
CO2
CO2
Hydrogen production
Fast pyrolysisplant
Transport of oil
CO2
CO2
Chemicals / industry
Fuel cell / ElectricityFuel cell / Electricity
Chemicals / industry
- Catalytic Processes and Materials(B. Matas Güell, K. Seshan, L. Lefferts)
- Thermo-Chemical Conversion of Biomass(G. van Rossum, M.F. Bleeker, S.R.A. Kersten, H.J. Veringa, W.P.M. van Swaaij)
FuncHy Workshop November 18, 2008, Bernard Dam
ACTS Sustainable Hydrogen: Phase IIACTS Sustainable Hydrogen: Phase II MiscellaneousMiscellaneous
•
VU Amsterdam (Dam, Griessen)–
‘Hydrogen sensors and safety detectors for the hydrogen economy
•
U Twente
(Lefferts)–
Catalytic hydrothermal generation of hydrogen from aqueous biomass waste
•
U Utrecht (Röckman)–
A future hydrogen economy -
A survey of possible effects
on urban air quality, atmospheric chemistry and climate
FuncHy Workshop November 18, 2008, Bernard Dam
Effects of a Hydrogen Economy on the atmosphereEffects of a Hydrogen Economy on the atmosphere
FuncHy Workshop November 18, 2008, Bernard Dam
AcknowledgementsAcknowledgements
•
Frank de Bruijn, ECN
•
Geert-Jan Kroes, Leiden University
•
Fokko
Mulder, Technical
University
Delft