Yuriko iida Chief Operating Officer Tryblue Asia Sdn. Bhd.

July 2015

BLUE IGP Innovative Biomass Gasification System

to Convert EFB to HydrogenBe the Pioneer of Bio-Hydrogen

[100% Made-in-Malaysia BIO HYDROGEN]

1.  About Tryblue Asia

2.  Our technology

3.  Bio-hydrogen – Next Generation Energy

(Reference) Fuel Cell Vehicle

4. New High-Added Value Opportunity for Palm Industry

. Summary

Table of Contents

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1. About Tryblue Asia

!  offers zero-emission hydrogen solutions by converting biomass in Asia to hydrogen on its 100% recyclable solution

!  offers its hydrogen solutions for commercialization

!  is a frontrunner & first mover in the bio-hydrogen market in Malaysia

1.1 About Tryblue Asia: Our Solution

Innovation from Japan

!  100% Malaysian company strategically established for global Blue Projects (Exclusive Licensee of JBEC)

!  We lead innovation in Malaysia with Japanese technologies

1.2 About Tryblue Asia: Leaders

Masahito Osada CEO

Naoki Dowaki CMO (President of JBEC)

Dato’ Shukri Tajuddin Executive Advisor

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2. Our Technology

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Pilot Plant No.2 (Izumo) 2006 Completed

Pilot Plant No1 (Tokushima) 2005 Completed

Pilot Plant No.3 (IGP) (Shibukawa) 2013 Completed

2.1 Our Technology: Pilot Plant

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Pilot Plant No.2

2014 Japan Blue Energy Co.,Ltd. All Rights Reserved

2.3 Our Technology: Basic Scheme

INPUT (Biomass Feedstock)

Wood chips Farm (animal)

wastes Food wastes Sludge etc.

OUTPUT (Products)

Hydrogen

or Electricity & Heat

100% Carbon Neutral (no fossil fuel) Energy Production SystemCompact Scale Plant using Multiple Kinds of Biomass Feedstock Simple Configuration and Energy Efficient OperationReformed Gas Composition from Gasification from Pressurized Steam Atmosphere

1) Compact-Scaled-On-Site-Plant and Diversity of Materials to Use On-site plant with scale, ranged between 10 and 70 ton per day (up-scalable to about 10 times) - input biomass materials, such as wooden, waste product, sewage and other kinds of biomass 2) Tri-Generation and High Purified Hydrogen Supplying hydrogen / electricity / heat High purified hydrogen with 99.99% (Feasible to be used as industrial hydrogen and fuel cell) 3) Gasification and Gas Reforming through Heat Carrier Circulation Simple but patented technology through pyrolysis and gas reforming by heat carrier, NO energy from outside is needed after the start-up. (100% energy recyclable) 4) Technology on Commercializing Step BLUE IGP is the world first commercial plant of hydrogen producing Technology with utilizing biomass. (the first commercial plant is now on going.)

2. Our Technology: Features of Blue IGP

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2.5 Our Technology: Versatility Since hydrogen-rich gas composition is obtained upon completion of gas reforming, facilities (gas engine and hydrogen purification equipment) are combined according to the application. The output (electricity or hydrogen) can be flexibly changed to meet local features and trends.

2013 Enlight Capital LLC. All Rights Reserved. 11

TBA Gas Company

70t model To produce 99.99% High purity H2: 1,000Nm3/h (up-scalable for 10 times)

Gas company End User

2.6 Our Technology: Operation Flow

Feedstock storage tank

15 ton model in Kyushu, Japan

Feedstock yard Overview

Hydrogen tank storage and trucks for delivery

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3. “Bio-Hydrogen” as Next Generation Energy

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There is no other case of commercialization of biomass-based hydrogen gas production in the world. With the hydrogen economy/society potential, it will be “high added-value bio hydrogen supply business”.For the existing hydrogen market for industrial use, there is a significant increase of attention to bio-hydrogen due to the needs of users for CO2 reduction.

3.1 Hydrogen Business Overview

Phase 1 Phase2 Phase3

Coal

Petroleum

Natural gas

Water electrolysis

Hydrogen gas Production (pyrolysis) Technology

New Market Fuel cell vehicle (FCV) Consumer FC for home/office Consumer products

Existing Market Industrial use Ex. Industrial process for semi-conductor, stainless Food (e.g.. margarine)

Blue Project

Hydrogen Storage Technology

H2 Feedstock H2 Production H2 Use

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Is it eco-friendly hydrogen?? 1)  Most of the current hydrogen in the market is

produced using fossil fuel such as petrochemical, coal and natural gas

2)  Most of the hydrogen is produced in coastal industry areas such as petrochemical complex.

3.2 Bio-Hydrogen Against Fossil Fuel-originated H2

Ours, YES!

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Hydrogen possesses extensive uses in various areas today, and several items of the following fields.

3.3 Broad Commercial Applications

"  Petroleum Refinery: ‒  Desulfurization, reformation

"  Chemical Processing: ‒  Ammonia production (fertilizer, synthetic resin) ‒  Methanol production (coating material, medical) ‒  Hydrogen peroxide (bleaching/sanitizing agent) ‒  Hydrogen additives (organic compounds) ‒  Oil reformation (margarine, cooking(salad) oil) ‒  Hydrazine (Anti-enzyme, anti-corrosion)

"  Weak Electric: ‒  Atmosphere gas (semiconductor crystal, IC, LSI,

PV)

"  Metal: ‒  Bright annealing (stainless steel) ‒  Sintered alloy (electric component) ‒  Heat treatment ‒  Plasma welding

"  Power Plant: ‒ Cooling agent

"  Glass: ‒ Atmosphere glass (float glass)

"  Aerospace Engineering: ‒ Rocket engine fuel

"  Automobile: ‒ Fuel cell vehicle

"  Electric Transmission: ‒ Superconductivity And…

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3.4 New Landscape

FCV (Fuel Cell Vehicle) Consumer Electronics Distributed Power & Generation

Imagine, these energy come from

Palm Plantation as Clean Solution

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Only water is exhausted while driving. It drives more than 500 km with full charge in 3 min.

(Reference) FCV (fuel cell vehicle)

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Hydrogen tank

Fuel cell �Motor

(Reference) FCV (fuel cell vehicle)

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(Reference) Toyota’s future strategy for the optimum classification of eco-cars

HydrogenGasoline, diesel, CNG, Synthetic fuel etc.Electricity

Distance

Size of vehicles

Large-sized vehicles Such as trucks and busses

Passenger carsSmall

vehicles

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3.5 Global Market Potential of H2

This graph shows the hydrogen consumption of stationary fuel cells, fuel cell vehicles and power generation. Use for industries (current major usage) is not included. (Source: Nikkei Clean Tech Institute)

Consumption Sales JPY

Trillion Nm3 Trillion JPY

The global demand of hydrogen is expected to be

2 trillion USD by 2050Hydrogen based distributed power solutions are now available and they can replace diesel as a fuel with the benefits of zero emissions, similar operational benefits and overall through life cost savings.

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4. New High-Added Value Business Opportunity for Palm Industry

20302020

First Demonstration Plant Anan, Tokushima Pref: Completion2005)

Third Demonstration Plant (Shibukawa, Gunma Pref.: Completion 2013)

Second demonstration

Plant Izumo, Shimane Pref. Completion 2006)

2015

Hydrogen Toyota launched the sales of FCV (2014)

a

New biotechnology product lineup for Malaysia

Technology in commercial stage with Malaysia’s resources

Huge Global Market Scale of Hydrogen

4.1 Blue IGP: Roadmap A national potential of NEW EFB-based biogas technology, and the world first high value biogas as 100% Malaysia-made BIO HYDROGEN

Hydrogen market in Japan:300 billion MYR in 2030, 2400 billion MYR in 2050 Globally more than 3000 billion MYR. (Source: IAE Summary of the Strategic Road Map for Hydrogen and Fuel Cells)

Hydrogen production, chemical fuel, fuel cell car hydrogen station, power generation

Hydrogen production, chemical fuel, hydrogen station, power generation

Hydrogen production, fuel cell car, hydrogen station, power generation

Fuel cell and off-grid power generation

EUNorth America And Canada

China

Japan

South AfricaArgentina

Hydrogen production, power generation

Who’s Next?

Hydrogen production from brown coal

Australia

Distributed power & generation

India

4.2 Global Map of Hydrogen Projects On Going (including pilot projects)

Blue IGP is the one and only technology and solution that can convert

EFB to 100% Clean Energy.

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With Blue IGP, Malaysia has a potential to be

the world largest supplier of

bio-hydrogen

2013 Enlight Capital LLC. All Rights Reserved. 27

5. Summary: Benefits for All Parties Involved

"  The project will add another lucrative business to the Owner’s "Energy and Infrastructure" segment/portfolio

"  The Owner can make appeal to the global market with its “clean” business as a

part of SRI Socially Responsible Investment initiative. "  With BLUE IGP, the Owner will be able to demonstrate to the world the FIRST

clean energy showcase of biomass-to-hydrogen project "  Through the project, the Owner will be able to build its track record in biomass

utilization, specifically through the use of unused EFBs and/or other abandoned materials

"  Malaysia, through its governmental support, can exhibit its clean energy efforts and leadership to the global society

Through its generated value, the aim of this project will create benefits to all the parties involved, and hence will create win-win relationship among one another

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Thank you for your kind attention.