Fueling Future Transportation
Innovation Accelerator

1
The Problem
1. Step change in Energy demand – Global demand for energy is expected to
double by 2050 to support population and economic growth and improved

standards of living
2. Supply will struggle to keep pace – Energy supply from all sources will
struggle to keep up with demand. There will be continued dependence on
fossil fuels such as oil, gas and coal but rapid growth in renewables will

be necessary
3. Environmental stresses are increasing – Energy needs to be produced in
environmentally and socially responsible ways. Environmental stresses from
producing and using energy are increasing, and there is an urgent need for
renewable, low carbon technologies

2
The Solution

Speed up the development and commercialization of
clean alternative energy sources!

3
But energy innovation is complex and
involves multiple diverse disciplines….
Geoscience
Agriculture

Physics

Chemistry

Environmental Science

Genetics

Marketing and Distribution

Bioscience

IT and Automation
Commodities Trading

Engineering Engine Technology
Materials Science

4
…takes a long time….

Embryonic

Pilot Stage 1

Pilot Stage 2

Full scale
commercial

Growth &
Expansion

• Yield optimization
• Max capacity
• Profitable operation

• Design improvements
• Seek new sites
• Profitable operation

Demo Plant
semi-commercial

FOCUS

• Ideation
•Bench testing
• Patentability

• Proof of concept
• Patent filing
• Angel financing

• Pilot as marketing tool
• Generate design data
• VC financing

• Confirm yields
• Durability test
• Commercial financing

NEEDS

• Scientists
• Lab facilities
• Patent search

• Scientists
• Few engineers
• Cheap facilities
• Funding

• Engineers
• Design capability
• explore raw material
access
• Funding

• Process engineers
• Raw materials
• explore markets for byproducts
• Investment /working cap.

• Raw materials
• Refining plants
• Blending
• Marketing

• University Campus
• Energy incubator

• Campus
• Energy Incubator
• Industrial site

• Industrial site

• Industrial complex • Industrial complex
• Close to market
• Close to market

OPTIMAL
LOCATION

• University
Campus

Stages of Development

• Raw materials
• Refining plants
• Blending
• Marketing
• Attractive financing

5
…has a high failure rate….

Technical
Feasibility
Economic
Feasibility

Ideas

$

$

Solution

Conceptual
Feasibility
6
…and needs a lot of support and resources
Mentor/
Educate

Celebrate
Success

Regulation

Learn
From Failure
Networking

Industry
Cluster

Large
Cos

Taxes/
Incentives

Research

Culture

Collaboration/
Partnership
Peer
Firms

Universities

Government
Private

Innovation
Invention →
Commercialization

Services
Value
Chain

Investors

Entrepreneur
Development
& Support
Accounting

Infrastructure

Innovation Ecosystem

Logistics

Legal
Technical/
Engineering

Business
Accelerator
Intellectual
Property
7
Powering Future Transportation - Mission
Accelerate the development of Alternative Transportation
Fuels
• Promote and enable an ecosystem, industry cluster and culture in the
region to support alternative fuels innovation by engaging
entrepreneurs, academia, industry, investors and government
• Develop In-Accel.com, an online Innovation Accelerator, to bring
together a global community of inventors, developers and investors to
accelerate the pace of energy innovation

Accelerating energy innovation needs an unprecedented
level of cooperation and collaboration
8
Why an innovation accelerator?
• Focuses early stage research on real problems – promotes research
collaboration with entrepreneurs and industry – accelerates the
commercialization of research
• Enables “Valley of Death” funding – to move from lab to pilot, pilot to
demo, demo to commercial scale up
• Promotes innovative, collaborative culture through the cycle –
research, entrepreneur support, funding, industry/ end user support
• Research benefits from a “global” ecosystem that interacts with research
centers around the world
• Development and scale up benefit from a local ecosystem and industry
cluster that provide support to entrepreneurs and a network of
partners, peers, customers and service providers throughout the value
chain

Global connectivity and local support
9
Nick Tillmann
nick@octopusinternational.com
+1 832 748-1900

10

Fueling Future Transportation - Accelerating Energy Innovation

  • 1.
  • 2.
    The Problem 1. Stepchange in Energy demand – Global demand for energy is expected to double by 2050 to support population and economic growth and improved standards of living 2. Supply will struggle to keep pace – Energy supply from all sources will struggle to keep up with demand. There will be continued dependence on fossil fuels such as oil, gas and coal but rapid growth in renewables will be necessary 3. Environmental stresses are increasing – Energy needs to be produced in environmentally and socially responsible ways. Environmental stresses from producing and using energy are increasing, and there is an urgent need for renewable, low carbon technologies 2
  • 3.
    The Solution Speed upthe development and commercialization of clean alternative energy sources! 3
  • 4.
    But energy innovationis complex and involves multiple diverse disciplines…. Geoscience Agriculture Physics Chemistry Environmental Science Genetics Marketing and Distribution Bioscience IT and Automation Commodities Trading Engineering Engine Technology Materials Science 4
  • 5.
    …takes a longtime…. Embryonic Pilot Stage 1 Pilot Stage 2 Full scale commercial Growth & Expansion • Yield optimization • Max capacity • Profitable operation • Design improvements • Seek new sites • Profitable operation Demo Plant semi-commercial FOCUS • Ideation •Bench testing • Patentability • Proof of concept • Patent filing • Angel financing • Pilot as marketing tool • Generate design data • VC financing • Confirm yields • Durability test • Commercial financing NEEDS • Scientists • Lab facilities • Patent search • Scientists • Few engineers • Cheap facilities • Funding • Engineers • Design capability • explore raw material access • Funding • Process engineers • Raw materials • explore markets for byproducts • Investment /working cap. • Raw materials • Refining plants • Blending • Marketing • University Campus • Energy incubator • Campus • Energy Incubator • Industrial site • Industrial site • Industrial complex • Industrial complex • Close to market • Close to market OPTIMAL LOCATION • University Campus Stages of Development • Raw materials • Refining plants • Blending • Marketing • Attractive financing 5
  • 6.
    …has a highfailure rate…. Technical Feasibility Economic Feasibility Ideas $ $ Solution Conceptual Feasibility 6
  • 7.
    …and needs alot of support and resources Mentor/ Educate Celebrate Success Regulation Learn From Failure Networking Industry Cluster Large Cos Taxes/ Incentives Research Culture Collaboration/ Partnership Peer Firms Universities Government Private Innovation Invention → Commercialization Services Value Chain Investors Entrepreneur Development & Support Accounting Infrastructure Innovation Ecosystem Logistics Legal Technical/ Engineering Business Accelerator Intellectual Property 7
  • 8.
    Powering Future Transportation- Mission Accelerate the development of Alternative Transportation Fuels • Promote and enable an ecosystem, industry cluster and culture in the region to support alternative fuels innovation by engaging entrepreneurs, academia, industry, investors and government • Develop In-Accel.com, an online Innovation Accelerator, to bring together a global community of inventors, developers and investors to accelerate the pace of energy innovation Accelerating energy innovation needs an unprecedented level of cooperation and collaboration 8
  • 9.
    Why an innovationaccelerator? • Focuses early stage research on real problems – promotes research collaboration with entrepreneurs and industry – accelerates the commercialization of research • Enables “Valley of Death” funding – to move from lab to pilot, pilot to demo, demo to commercial scale up • Promotes innovative, collaborative culture through the cycle – research, entrepreneur support, funding, industry/ end user support • Research benefits from a “global” ecosystem that interacts with research centers around the world • Development and scale up benefit from a local ecosystem and industry cluster that provide support to entrepreneurs and a network of partners, peers, customers and service providers throughout the value chain Global connectivity and local support 9
  • 10.