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DynaMotive Energy Systems November 2002 Green Fuels to the World

8-Andrew Kingston, Dynamotive

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Page 1: 8-Andrew Kingston, Dynamotive

DynaMotive Energy Systems

November 2002

Green Fuels to the World

Page 2: 8-Andrew Kingston, Dynamotive

Resource Transforms International Ltd.110 Baffin Place, Unit 5, Waterloo, Ontario,Canada N2V 1Z7Tel: (519) 884 4910; FAX: (519) 884 7681

Industry Partners

Page 3: 8-Andrew Kingston, Dynamotive

Agreements concluded with:

IRAP

CIITT

TPC

NRCAN / CANMET

Ethanol BC

BC Ministry of Industry & Employment

Government Partners

Page 4: 8-Andrew Kingston, Dynamotive

NASDAQ, OTC.BB, quoted company (symbol DYMTF)

World leading developer of technology used to convert Biomass into environmentally “friendly” energy (e.g. BioOil)

BioOil is greenhouse gas neutral, it does not produce sulfur oxide (SOx) emissions and produces approximately half the nitrogen oxide (NOx) of comparable fossil fuels

BioOil compatible with established technologies, replaces fossil fuels in gas turbines, boilers, and burners

Technology (BioThermTM) proven and demonstrated to be reliable, replicable, commercially scaleable and supported by patents

Development partners in place to commercialize BioTherm – contracts in place

Overview

Page 5: 8-Andrew Kingston, Dynamotive

MARKET DRIVERS

BioMass Waste2 billion tons residue pa

2.4 billion BOE

Cost of Disposal &

Opportunity Cost

Energy CostPrimary – volatility

Cost of Delivery

EnvironmentalKyoto

Energy Security

Deregulation

National and International

Incentives

Distributed Generation

Market Drivers

Page 6: 8-Andrew Kingston, Dynamotive

Biomass to BioOil Opportunity/Problem/Solution

Biomass Advantages Globally abundant Low value resource Accessible Above ground reserves Renewable Green House Gas Neutral

Biomass Disadvantages Low energy density Inefficient to store and

transport Low energy efficiency Boilers/steam turbines

Solution - Convert biomass to liquid BioOil Increase energy density Storable/transportable Increase energy efficiency Gas turbines/diesel

engines Compatible Existing fuel infrastructure Utilization Decoupled from production

Page 7: 8-Andrew Kingston, Dynamotive

BioTherm Process

Page 8: 8-Andrew Kingston, Dynamotive

CO2 / GHG neutral

No SOx emissions

Low NOx emissions

Zero waste process

Competitive Advantages

Page 9: 8-Andrew Kingston, Dynamotive

Accessible and abundant renewable reserves

Eliminate tipping costs

Local production from biomass residue/waste

Reliable technology, not weather dependant

Competitive Advantages

Page 10: 8-Andrew Kingston, Dynamotive

Value Chain

Waste FreeBioOil

Production

Renewable FuelsMethanolDieselGasoline/Ethanol

Green ChemicalsResins/FertilizersAmmoniaOxo-alcoholsGreen Fuel

and Chemical Markets

Non-Depleting Biomass

Waste

Green EnergyDieselsGas TurbinesBoilers

StorableTransportable

Clean Fuel

Page 11: 8-Andrew Kingston, Dynamotive

Projects

Green Fuels to the World

Page 12: 8-Andrew Kingston, Dynamotive

Commercialization Timelines

PHASE 2

2 TPDPrototype

1998/00

COMPLETED

PHASE 2

2 TPDPrototype

1998/00

COMPLETED

PHASES 1

ProofOf Concept

(Bench)

1994/97

COMPLETED

PHASES 1

ProofOf Concept

(Bench)

1994/97

COMPLETED

PHASE 3

10 TPD Pilot Plant

2000/01

COMPLETED

PHASE 3

10 TPD Pilot Plant

2000/01

COMPLETED

PHASE 4

100 TPD Demonstr’n

2002/03

DESIGN

PHASE 4

100 TPD Demonstr’n

2002/03

DESIGN

PHASE 5

400TPD1st

Commerc’l

2003/04

PLANNING

PHASE 5

400TPD1st

Commerc’l

2003/04

PLANNING

1994/97 2000 2003 20042001 2002

Page 13: 8-Andrew Kingston, Dynamotive

Production Model

Biomass BioTherm Process

GHG Reductions

Char

BioOilElectricity

Steam

Briquettes

CO2 Credits

Page 14: 8-Andrew Kingston, Dynamotive

Demonstrate scaled-up BioTherm technology

Demonstrate BioOil fired turbine

Integrate pyrolysis / power generation

Enter green power market

100 TPD Project Objectives

Page 15: 8-Andrew Kingston, Dynamotive

White-wood (no bark) feedstock

2.5 MW BioOil-fired turbine

Simple Cycle with cogeneration

Steam sold to feedstock producer

Technical

Page 16: 8-Andrew Kingston, Dynamotive

Orenda GT2500 BioOil Fuelled Turbine

Page 17: 8-Andrew Kingston, Dynamotive

Total Hydrocarbons(Emissions vs Engine Power)

Green Power Generation

Page 18: 8-Andrew Kingston, Dynamotive

SO2 (Emissions vs Engine Power)

Green Power Generation

Page 19: 8-Andrew Kingston, Dynamotive

% Particulates vs Engine Power

Green Power Generation

Page 20: 8-Andrew Kingston, Dynamotive

100 TPD Operating Objectives

First commercial scale demonstration project

Output of 75,000 BOE/yr energy equivalent

(~225 BOE/day)

IRR 10%+ (leveraging government

assistance)

Page 21: 8-Andrew Kingston, Dynamotive

First full-scale commercial project

Output of 303,000 BOE/yr energy equivalent

(~900 BOE/day)

Potential to power a 20 MW combined cycle

generating station

400TPD Project

Page 22: 8-Andrew Kingston, Dynamotive

400 TPD Project Economics

Capital cost less than $ 20 million

IRR 15%+ (without government assistance)

Variable production cost less than US$ 10 per

BOE

Page 23: 8-Andrew Kingston, Dynamotive

Moving Forward Level Playing Field

(Policies,Taxes, Legislation)

Market Validation Programs

Industry Association

R&D Funding

“Gap” Funding

Page 24: 8-Andrew Kingston, Dynamotive

Green Fuels to the World

Thank You