General presentation Introduction & References - February 2021 H2B2-21-005-General Intro.0 - H2B2 Electrolysis Technologies
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
General presentation
Introduction & References
February 2021
H2B2-21-005-General Intro.0 1
H2B2: The company
General introduction
I. Incorporated in 2016 and present in the United
States and Europe.
II. Brings two decades of experience in hydrogen
production, processing & technology
development.
III. Provides Innovation, Design, Engineering,
Manufacturing, Integration and O&M for modular
hydrogen production systems using water
electrolysis, and hydrogen filling stations.
IV. Focused also on Promotion, Design, Construction,
O&M, and Production of hydrogen for large
plants, with flexibility and Ad Hoc solutions
capabilities in selling and storage of hydrogen.
V. Strong engineering and financing project
backgrounds (+200 years accumulated
experience).
H2B2-21-005-General Intro.0 2
The technology
Electrolysis
Through the electrolysis process, hydrogen is produced when applying
electrical current to water. By using renewable electricity (solar, wind,…),
it is considered clean hydrogen (H2).
+ → H 2 + ½ O2
Electrolysis can produce 100% renewable hydrogen if combined with
renewable energy. It is a modular and scalable solution; no combustion
or gas emissions are involved in its production process.
H2B2-21-005-General Intro.0 3
The technology
PEM vs Alkaline Electrolysis
H2B2 uses PEM stacks
PEM Electrolysis Advantages
High current density
High efficiencies
Good performance at partial load
Rapid system response
Alkaline (1 MW)
Compactness
High gas purity
40 in
Easy maintenance (102 cm)
29 in
Non hazardous substances (74 cm) PEM (1 MW)
H2B2-21-005-General Intro.0 4
The technology
PEM Electrolysis: Process diagram
Water requirements
O2 Oxygen purity
➢ 85%
➢ < 0.1% H2
✓ Conductivity < 0.1 µS/cm ➢
The technology
Vertical integration
➢ There are four technology strands to the development of electrolyzers
for hydrogen production:
➢ Stack technology (pilling or stacking of
membranes where the electrolysis takes
place); Giner ELX’s (Plug Power)
technological agreement
➢ Balance of Plant or BoP (on the basis of stack requirements, H2B2
designs and develops the equipment and auxiliary systems that allow
the stack to work, optimising the whole system efficiency)
➢ Integration technology (of the stack with the BoP, electrolyser with
other plant components such as storage and compression, and plant
with renewable energyfacilities)
➢ The expertise associated with the O&M
H2B2-21-005-General Intro.0 6
Market approach
Business Units
Selling hydrogen… Selling equipment…
Hydrogen Business Unit Technology Business Unit
Workshop Factory
❑ H2 solutions ❑ (Serial)
development Electrolyzers
❑ Integrated Project
❑ H2 solutions manufacturing
solution for H2 availability
manufacturing ❑ (inc. services)
❑ (inc. services)
H2B2-21-005-General Intro.0 7
Market approach
Value chain coverage
Electrolysers Hydrogen Refueling Stations Hydrogen Solutions
Project Engineering Operation and
Opportunity Proposal Project
Development and
seeking application
construction
delivery maintenance
H2B2-21-005-General Intro.0 8
Market approach
Modular electrolyzers
Small Scale Medium Scale Large Scale
▪ Cabinet ▪ 10 – 20 ft container ▪ 40 ft container
▪ 5 – 25 kW ▪ 50 – 300 kW ▪ 0.5 – 3 MW
▪ 5 – 6 kWh/Nm3 ▪ 5.0 – 5.3 kWh/Nm3 ▪ 5.0 – 5.3 kWh/Nm3
▪ 0.5 – 5 Nm3/h H2 ▪ 10 – 60 Nm3/h H2 ▪ 100 – 580 Nm3/h H2
H2B2-21-005-General Intro.0 9
Market approach
Hydrogen refueling stations
Portable refueling stations
▪ 20 – 40 ft container
▪ On site production (or w/o)
▪ 5 – 20 Nm3/h
▪ 2 – 4 – 8 cars/day (upgradeable)
▪ H35 (350 bar) & H70T40 (700 bar)
▪ Light and heavy-duty vehicles
Stationary refueling stations
▪ Sized on demand
▪ Fully automated and integrated on the
refueling station
▪ 200 kg/day: 10 buses
▪ 1,000 kg/day: 8 long distance hauling trucks
H2B2-21-005-General Intro.0 10Market approach
Hydrogen production plants
H2 production plant
▪ 10s – 100 MW
Integrated concept
▪ Feed water treatment plant
▪ Ultra-pure hydrogen
▪ 40 bar supply
▪ Fully automated
▪ Redundancy
H2 production plant
Modular concept
H2B2-21-005-General Intro.0 11Market approach
Energy management & storage by using hydrogen
Energy storage solutions
▪ Seasonal capability
▪ Utility scale solution for GWh energy
storage
▪ 20 – 50 MW electrolyzer capacity
▪ Underground H2 storage in bedded salt
▪ 100s tons of hydrogen
▪ 20 – 50 MW gas turbine conversion into
power, 85% H2 – 15% natural gas
H2B2-21-005-General Intro.0 12References
Signed contracts
Description Electrolyser Customer
EL200N System –1 MW
1 M€ contract with the Spanish
Administration to develop a 1 MW
electrolyzer.
Electrolyzer supplied to Cepsa R&D EL1N System – 5 kW
team in Spain.
Electrolyzer supplied to Spanish
University for investigation uses in
domestic clean heat and power EL0.5N System – 2.5 kW
production, integrated on a HT-PEM
fuel cell cogeneration system.
Unit supplied to a world leading
laboratory in Finland that uses EL4N System – 20 kW
hydrogen in their internal processes.
H2B2-21-005-General Intro.0 13References
Signed contracts
Description Electrolyser Customer
3.96 M$ grant from the California 3xEL460N System –7..5 MW
Energy Commission (CEC) to build
first of a kind plant with capacity of
up to 3,000 kg/day of 100%
renewable hydrogen.
Feasibility Study awarded by
Regional Administration regarding
hydrogen for the renewable Feasibility Study
metallurgy copper industry. H2B2
is working with Atlantic Copper.
Hydrogen production of solar
origin with high conversion
EL1N System – 5 kW
efficiency through photovoltaic
concentration.
A trigeneration project with EL1N System – 5 kW
geothermal, hydrogen and
renewable energies.
H2B2-21-005-General Intro.0 14References
Signed contracts
Description Electrolyser Customer
Conceptual and basic engineering
of a 16 MW Power to Power plant, Conceptual
involving hydrogen production by and Basic
means of electrolysis, and fuel cell Engineering
power generation.
Supply of a redundant solution
involving two electrolysers and a 2x EL6N –
compression stage, for a 2x 30 kW
Combined Cycle power plant in
the Middle East (UAE).
Supply of a Hydrogen Refueling EL3N
Station for vans and forklifts, Dispensing
including H2 production, for a @350 bar H2
logistics business in Spain.
Service contracts for detailed
training, and support on operation
Training and O&M
and maintenance (O&M),
H2B2-21-005-General Intro.0 15References
Signed contracts
H2B2-21-005-General Intro.0 16References
Signed contracts
Supply of a high purity hydrogen production system to the Finnish technological center VTT.
✓ The electrolysis system, manufactured by
H2B2 in Seville (Spain), involves a polymeric
membrane system (stack), capable of
producing 99.999% pure hydrogen. The
stack has been developed by Giner ELX.
✓ This system is already running in VTT’s
facilities in Jvsäskylä (Finland), producing
8.6 kilograms of hydrogen a day.
✓ It is a stand-alone solution
providing hydrogen production,
compression and storage, for a
Power to Gas application.
H2B2-21-005-General Intro.0 17References
Signed contracts
▪ The California Energy Commission (CEC) announced
the approval of funds for a grant of 3.96 million $
to the project "Solar PV Hydrogen production plant
in Central California“, SoHyCal, presented by H2B2,
within the framework of the Alternative and
Renewable Fuel & Vehicle Technology Program.
▪ The project, promoted by H2B2, will be a pioneer in
the world, from both technical and commercial
point of view, and consists in the construction,
financing and operation of a 100% renewable
hydrogen production plant with PEM technology,
with a nameplate capacity of up to 3,000 kg/day,
using renewable energy from a photovoltaic plant.
▪ It also involves storing the hydrogen in compressed gas, dispensing into tube-trailers
up to 520 bar, and capability of injection of hydrogen blended with natural gas.
H2B2-21-005-General Intro.0 18References
Signed contracts
SoHyCal Project:
▪ Engineering developed involving
3xEL460N (7.5 MW) electrolyser design.
▪ Power Purchase Agreement (PPA) secured.
▪ Land agreement established. Permitting process on-going.
▪ On financial closing. Project starting in 2021.
H2B2-21-005-General Intro.0 19References
Signed contracts
Supply of a high purity hydrogen production
system to CEPSA.
✓ The electrolysis system, manufactured
by H2B2 in Seville (Spain), involves a
polymeric membrane system (stack),
capable of producing 99.999% pure
hydrogen. The stack has been
developed by Giner ELX.
✓ This system is already installed in
CEPSA’s facilities in Alcala de Henares
(Madrid, Spain), producing 800 kg of
hydrogen a year at 20 bar.
Service contract for the O&M of the unit.
H2B2-21-005-General Intro.0 20References
Signed contracts
Supply of a high purity hydrogen
production system to University of
Valencia-CEU.
✓ The electrolysis system,
manufactured by H2B2 in Seville
(Spain), involves a polymeric
membrane system (stack),
capable of producing 99.999%
pure hydrogen. The stack has
been developed by Giner ELX.
✓ This system is running at the
University campus, integrated
within a Power to Power solution.
H2B2-21-005-General Intro.0 21References
Signed contracts
CPV4H2: Hydrogen production pilot system from solar energy with high conversion
efficiency through photovoltaic concentration. Project partially funded by CDTI (ITC-
20181066). Project developed by Isfoc, BSQ Solar and H2B2.
✓ Design, manufacture and analysis of a
small-scale proof of concept.
✓ Scale up to industrial pilot
demonstrator, that will be tested
under real conditions at Isfoc
installations in Puertollano (Ciudad
Real, Spain).
H2B2-21-005-General Intro.0 22References
Signed contracts
Supply contract for Técnicas Reunidas, for the development and construction of a
containerized redundant solution (100% availability), for the reliable cooling of the
turbines of a Combined Cycle power plant promoted by General Electric and Sumitomo
in the Middle East (UAE).
✓ It involves two PEM
electrolysers, 6 Nm3/h of
ultra-pure 99.999% hydrogen
production each.
✓ It also gets compression,
providing the capability of
directly switching between
20 and 165 barg.
Extreme environmental operating conditions apply: 55 ºC, 95% humidity.
H2B2-21-005-General Intro.0 23References
Signed contracts
Supply contract for FM Logistic, for the development and construction of a modular
Hydrogen Refueling Station for vans and forklifts, including hydrogen production by
means of electrolysis, for their logistic center in Illescas (Toledo, Spain).
✓ It involves one PEM
electrolyzer, producing up to 3
Nm3/h of ultra-pure 99.999%
hydrogen, handling a demand
of 6 kg a day or 45 kg a week.
✓ Incorporated compression
provides the capability of
directly switching between 20
and 500 bar, dispensing
hydrogen to vehicles at 350 bar.
H2B2-21-005-General Intro.0 24H2B2 Electrolysis Technologies, Inc.
www.h2b2.es
info@h2b2.es
H2B2-21-005-General Intro.0 25You can also read
