www.malamacomposites.com

David Saltman, CEO

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Material Evolution

CEMENT STEEL SILICON

The advent of new materials is pivotal

to transformations in human society:

Sadly, the construction industry remains in the Stone Age.

THE AGE OF MAN THE INDUSTIAL REVOLUTION THE COMPUTER AGE

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The Stone Age

SAO PAULO DETROIT MUMBAI

“One billion people live in informal settlements of their own making,

without adequate shelter, dependable power, or safe drinking water.”

It is high time our homes match the intelligence of our phones.

BioComposites Revolution

“Bio-based chemicals are projected to become 20% of all chemicals

produced worldwide, making them a $200 billion industry by 2020.”

US SECRETARY OF AGRICULTURE

Verdezyne Yulex Sapphire Energy

Malama Composites

A-Side

Methylene DiisocyanateB-Side

Polyols derived from soy, castor or recycled PET

Malama manufactures the first line of rigid urethane foams made from sustainable resources that are non-toxic and easily recycled. 5

Sustainable AdvantagesOur products are cost and performance competitive with petroleum-based foams, while delivering significant human health and environmental benefits.

FEATURES BENEFITS

High bending & sheer strength Yields resilient, durable products

High R value & moisture resistance Ideal for insulating homes, cars, appliances

Uniform density and cell structure Machines and surfaces accurately

Made from low-cost plant polyols Price competitive with petro-based foams

Zero emissions (Berkley Analytical) Safer work places and living environments

Fully recovered and repurposed Superior lifecycle performance

Carbon negative (USDA-NIST Study) Every pound sequesters 2.6 lbs of CO2e

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ACASA Systems

Advanced Composite & Steel Assemblies

AC A SA | STR ATEGI C O V ER V I EW | P 17

ENGINEERING PHASE

ACASA personnel will work with local engineering firms in order

to assure compliance with national/regional codes and secure all

necessary permits and certifications.

This includes Structural Engineering, Civil Engineering and

Surveying. Public facilities such as schools, medical clinics, parks

and recreational facilities, as well as community infrastructure such

as roads and bridges, power, water and MSW treatment facilities,

urban agricultural sites, and recycling facilities will be given particular

attention.

Of major importance in the engineering process is the preservation of

wildlife habitats, watersheds, sacred lands and sensitive ecosystems.

We are committed to the utilization of natural grades in order to

integrate drainage systems, grey water reclamation, rainwater

storage, and municipal solid waste management. In the past, these

have been separate functions. ACASA Communities will integrate

them in order to dramatically improve the treatment and utilization

of water… the most important natural resource on earth.

This same integrated approach also applies to energy generation,

monitoring and distribution. Depending upon the particular

community and its resources, solar photovoltaic arrays and wind

turbines will be deployed, along with co- generation power plants,

which can turn waste into energy with little or no air or water

pollution. In areas where the central utilities are not dependable,

energy storage in the form of batteries or fuel cells may be deployed

as well. The ultimate goal is to engineer net zero communities.

AC A SA | STRATEGI C O V ER V I EW | P 17

ENGINEERING PHASE

ACASA personnel will work with local engineering firms in order

to assure compliance with national/regional codes and secure all

necessary permits and certifications.

This includes Structural Engineering, Civil Engineering and

Surveying. Public facilities such as schools, medical clinics, parks

and recreational facilities, as well as community infrastructure such

as roads and bridges, power, water and MSW treatment facilities,

urban agricultural sites, and recycling facilities will be given particular

attention.

Of major importance in the engineering process is the preservation of

wildlife habitats, watersheds, sacred lands and sensitive ecosystems.

We are committed to the utilization of natural grades in order to

integrate drainage systems, grey water reclamation, rainwater

storage, and municipal solid waste management. In the past, these

have been separate functions. ACASA Communities will integrate

them in order to dramatically improve the treatment and utilization

of water… the most important natural resource on earth.

This same integrated approach also applies to energy generation,

monitoring and distribution. Depending upon the particular

community and its resources, solar photovoltaic arrays and wind

turbines will be deployed, along with co- generation power plants,

which can turn waste into energy with little or no air or water

pollution. In areas where the central utilities are not dependable,

energy storage in the form of batteries or fuel cells may be deployed

as well. The ultimate goal is to engineer net zero communities.

Malama has teamed with a group of talented developers to create high

performance, cost-competitive, energy efficient structures capable of

meeting the challenges of sustainable 21st Century development.

ACASA SystemACASA combines Malama’s foam panels with light-gauge

steel framing and geo-composite coatings to enable rapid

construction of high performance structures.

Columns & Beams Composite Panels Wall Assembly

Extrusions carry loads and provide channels for water and power. SIP

panels lock into these extrusions providing strength and insulation values

2X to 3X higher than that of wood frame or cement block construction.

ACASA HomeThe ACASA System enables the “mass customization” of

homes and buildings at costs comparable to cement block

or stick frame construction methodologies.

1) A concrete foundation is poured or raised foundation constructed

2) Steel tracks are bolted to the foundation and vertical columns set

3) Panelized walls, doors and windows slide into the framing system

ACASA HomeElectrical wiring, plumbing, LED lighting, solar panels,

rain water collection, and water purification systems

are integrated into the building panels.

4) Exterior and interior geo-composite surfaces are applied

5) Sinks, toilets, windows, doors, cabinetry and fixtures are installed

6) All systems are integrated and interfaced with central control unit

ACASA HomesInterior and exterior surface treatments can be varied

to meet the architectural specifications, geographic

challenges and budget parameters of each project.

This dynamic systems approach to design and construction

enables mass customization of homes at pre-fabricated pricing.

ACASA SystemACASA will forever change the way we build homes and measure their environmental performance.

The ACASA system meets ICC International Code Certification.

FEATURES BENEFITS

MODULAR COMPONENTRY Rapidly deployable in any location worldwide

STRUCTURAL SUPERIORITY Stronger, lighter, safer and far more efficient

ENERGY EFFICIENCY Lower cost of ownership; Grid independent

COST COMPETITIVE Vs. cement block, stick or steel frame structures

SYSTEMS INTEGRATED BIPV; LED lighting; Internet enabled; H2O filtration

ECO INTEGRITY Locally sourced; Zero emission; Carbon neutral;

DESIGN AGNOSTIC Culturally sensitive; Aesthetically inspired

Market DriversPowerful forces drives adoption of the ACASA System:

RSB – Roundtable on Sustainable Biomaterials

Biomaterials produced from sustainable sources

USGBC’s LEED Certification Program

Energy & resource efficiency; Indoor air quality

EPA’s Environmentally Preferable Purchasing

Environmental impact; Lifecycle performance

USDA’s Bio-Preferred Purchasing Program

High plant-based content; Domestic sourcing

DOE’s Challenge Home Program

Energy efficiency; Indoor air quality; Durability

www.malamacomposites.com

7756 St. Andrews Avenue, Suite 117

San Diego, California 92154

Office: 619.661.1111

Fax: 619.661.1101

Cell: 760.470.2270

david@malamacomposites.com