GigaWatts of Sustainable Hydrogen From Deepwater

Pressure Temperature and Hydrates

1© H2Deep Ltd. 2007 – 2014

The TechnologyThe TechnologyThe Technology Production of hydrogen by

deepwater electrocatalysis utilising 4 natural forces: temperature, water pressure, wind and sun.

Gas Hydrate subseabed harvesting as rock is drilled and deep mined.

Easy transportation of ocean-

© H2Deep Ltd.

Easy transportation of ocean-pressured H2 with patented technology

One unit would supply 1% of present current global hydrogen market

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The MarketThe MarketThe Market

Strong drivers to hydrogen economy

Low cost-efficient technology to produce hydrogen from renewable sources

Established polluting Fossil technologies extract hydrogen from shrinking natural resources and generate NOx SOx and COx

Low-cost hydrogen could be easily used for existing Low-cost hydrogen could be easily used for existing applications, such as electricity generation and Fuel Cells

Gas Hydrates estimated at 10 trillion tons = Climate Change.

3© H2Deep Ltd.

MarketMarketMarket: 2010: 2010: 2010---202020303030

400

500

600

700

hyd

rog

en m

arke

t ca

pac

ity,

bln

$ /y

ear

Fuel-cell powered transport

Major Fuel

44

0

100

200

300

400

2005 2010 2015 2020 2025 2030

hyd

rog

en m

arke

t ca

pac

ity,

bln

$ /y

ear

Gas power electricity generation

Chemical industry

transport

Source:http://www.eia.doe.govProjections are given under assumption of emergence of low-cost hydrogen technology

Business ModelBusiness ModelBusiness Model

4 Phase business plan:

Phase 1: Development and refinement of material selection, combined with final lab simulations and design work

Phase 2: Installation of turbine on seabed and production test over required period independently verified by 3rd party PPA

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Phase 3: Sustained operations of small number of units through Joint venture with major energy company with expertise in transportation of natural gas. Gas produced to be sold on new markets

Phase 4: Large scale development of pilot field. Alliance partner to focus on development of regional H2 market. Additional partners to be identified to expand into other geographical markets

5© H2Deep Ltd.

Operations: Phase 1Operations: Phase 1Operations: Phase 1, 2015-16

Identify the appropriate location on the ocean floor and evaluate environment using a deepwater ROV

Initiate drilling operations with drilling contractor

Install turbine above ocean floor and initiate sustained

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and initiate sustained operational test

Joint venture with major energy company with expertise in pipeline and LNG operations (BP, Shell, Eni, Unilever)

Sustained operation of small number of units

Electrolysis, Pressurisation and Transportability of H2 and O2

BenefitsBenefitsBenefits

Minimal Carbon footprint Sustainable transport

No legacy costs, unlike Oil and Gas installations

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and Gas installations

Efficient Hydrogen liquefaction on seabed

Sea Pipeline Option

Ocean Tankers

TWh production

Process OutputProcess OutputProcess Output

Unit design capacity 1m3 of H2O per second (1000 litres)

Which equals 111 kg of fully-pressured H2 (l)

Taking into account 91% efficiency (tanker transfer / transport losses)* process produces 100 kg H2 (l) per second

100 x 3600 x 24 x 5 x 52 (5 day week year one; inc maintenance, loading

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and shipping rota) = 2.2 x 109 kg of H2 (l) per year

Revenue value of H2 £1/kg retail market for Distribution and Supply

Selling price £0.20 per kg, gives £449.3 Million income per annum per plant

© H2Deep Ltd.

Investment Benefits: Phase 1Investment Benefits: Phase 1Investment Benefits: Phase 1

Initial Investment requirement: £353,000,000

Expected IRR, if exit in 3rd year: 100%

Expected IRR, if exit in 5th year: 430%

Break-even point: 1.5 year of operation

Investment may be paid in instalments for reference process plant.

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reference process plant.

Ethical Investors need apply

Mission StatementMission StatementMission Statement

Hydrogen Economy.

We are Focussed on Greening the Fossil Fuel Industry Using Efficient Renewable Resources and Clean Technologies. Please email us if you

wish to work, partner, or invest in our project

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Contact: David Van Sertima

e-mail: info@h2deep.com tel.: + 44 (0) 772 602 5742

Sustainable Improvements

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