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1 Presentation to:

2 Malama Composites manufactures proprietary rigid urethane foams made from bio-based, renewable resources. Our Bio-Foams enable customers to make their products strong, light-weight, less toxic and far more energy efficient than traditional petroleum-based foams. That is why, at Malama, we are truly GREEN TO THE CORE

3 The Competition A-Side: Toluene Di-Isocyanate (TDI) B-Side: Petroleum polyols Existing PUR foams are petroleum-based, toxic and difficult to recycle. 3

4 Malama Technology A-Side Methylene Diisocyanate (MDI) B-Side Polyols derived from soy, castor or recycled PET Our products are made from renewable resources, contain no toxic chemicals, and can be easily recovered and recycled. 4

5 Sustainable Advantages Our products are cost and performance competitive with petroleum-based PUR foams, but demonstrate 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 CO 5

6 $9.5 BILLION US PUR Market Appliances $1.4 Billion Transportation $550 Million Construction $6.9 Billion Packaging $450 Million Industrial Design $200 Million 6

7 Products & Applications Malama s four main product lines enable us to address the entire global marketplace for rigid PUR foam applications. MP/TV and Theatrical Sets Orthotics and Prosthetics Store Fixtures and 3D Signage Trade Show Exhibits Museum Displays Arts & Crafts Retailers Insulated Packaging Surfboards and Wakeboards Consumer Appliances Architectural Moldings Automotive Components Metal Building Structures Stand Up Paddle Boards Yachts and Power Boats Industrial Design Applications Tool & Die Molds Formwork Structural Insulated Panels (SIP s) Factory Build Homes Motor Homes & RV s Pipe Insulation Products Marine Applications

8 Industrial Design Malama Composites has created Studio BioFoam specifically for hand sculpting and machine shaping. Studio BioFoam is a zero emission material with water as the blowing agent. It has been successfully tested by major studios. This product also has a significant market in trade show exhibits, museum displays, 3D signage and industrial design applications. 8

9 Consumer Products Malama has developed AinaFlow, a non-toxic foam for use in the surfboard, wakeboard, and stand-up paddleboards. The industry currently uses carcinogenic foam made from Toluene Di-Isocyanate. TDI poses significant health risk to the workers who pour the blanks and the craftsmen who shape the boards. Additional markets for AinaFlow include architectural millwork, consumer products, marine and aerospace applications. 9

10 Insulated Packaging Malama has released Pacific BioFoam, a new two-part pour foam for the pharma and biotech industries. Biotech companies ship vaccines, blood samples and temperaturesensitive medical devices in foam coolers. They demand VOCfree packaging that can be more easily recycled. Pacific BioFoam meets thermal and impact standards, as proven by Westpak, which certifies packaging for this industry. 10

11 Automotive & Marine Pacific BioFoam is ideal for automotive products, consumer appliances, boat hulls, door cores, metal building panels, moldings and most cast foam parts. The potential US market for Pacific BioFoam exceeds $2.4 billion dollars, over $8 billion worldwide. 11

12 Building Materials Malama has developed AinaCore as a structural insulated panel product for the building industry. Typical structural insulation is made of extruded polystyrene (XPS) or polyisocyanurate (PIR) foam made from petroleum polyols and filled with carcinogenic brominated or chlorinated fire retardants. AinaCore is a Class A fire-rated, 2-pound foam with zero VOC emissions, high R value, and no toxic chemicals or fire retardant.

13 AinaCore has the highest technical specifications of any foam in its class. Independent tests verify this: AinaCore 13

14 Market Drivers Powerful mandates drive adoption of Bio-Composites: 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

15 Materials Evolution The advent of new materials is pivotal to the transformations in human society: CEMENT STEEL SILICON It is high time that we match the intelligence of our homes with that of our cell phones. 15

16 ACASA System Our Vision: To forever change the way we design and construct the built environment. through the use of sustainable materials, integrated technologies, and innovative building systems.

17 ACASA Precedent One billion people live in informal settlements of their own making, without access to adequate shelter, dependable power, or safe water. UN MILLENNIUM PROJECT San Pao Detroit Mumbai

18 ACASA Mission Our mission: To create high performance, cost-competitive, energy efficient, healthy, secure communities capable of meeting the challenges of sustainability in the 21 st Century.

19 ACASA System ACASA combines Malama s foam panels with light-gauge steel framing and geo-composite coatings to enable rapid construction of green buildings worldwide. Extrusions carry loads and provide channels for utilities. SIP panels lock into these extrusions providing strength and insulation values 2X to 3X that of wood frame or cement block construction. COLUMNS & BEAMS SIP PANELS COMPLETE SYSTEM

20 ACASA Homes Interior 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 cost.

21 ACASA Homes Interior and exterior designs and materials can be varied to suit regional cultures, climates and environmental conditions. Customizable floor plans within each home allow individual users to create personalized homes within sustainable communities.

22 ACASA Buildings Utilizing a standardized kit of extrusions, panels and coatings, architects can design a variety of structures, from single and multi-family dwellings, to schools, medical clinics and commercial buildings.

23 ACASA System ACASA will forever change the way we build homes and measure their environmental performance. This system exceeds ICC International Code Certification. FEATURES BENEFITS MODULAR COMPONENTRY Rapidly deployable to 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 frame, or steel structures SYSTEMS INTEGRATED BIPV; LED lighting; Internet enabled; H ENVIRONMENTAL INTEGRITY Zero emissions; Carbon neutral; Locally sourced DESIGN AGNOSTIC Culturally sensitive; Aesthetically inspired

24 ACASA Communities ACASA Communities integrate solar, wind energy, communications, water purification, MSW treatment, community gardens and sustainable strategies. Factories can be sited in proximity to communities, employing local labor and materials to the extent possible.

25 ACASA Methodology By combing Building Information Modeling (BIM), modularized construction and integrated technologies ACASA is able to produce elegant, low-cost, high performance energy efficient homes to meet global housing needs. 25

26 ACASA Construction Day 1: Architectural plans are translated to machine code. Component are milled, sorted and packed at an ACASA Center. Day 2: On site steel tracks are laid on the cement foundation to which walls are erected. Windows and doors are installed. 26

27 ACASA Construction Day 3: Roof trusses are installed and insulated roofing system laid. Steel cables lock the roofing system securely to the foundation. Day 4: Electrical, plumbing and mechanical systems are run. Exterior and interior surfaces are coated with geo-composites. 27

28 ACASA Construction Day 5: Cabinets, appliances, plumbing fixtures, lighting fixtures and communication systems are installed. Day 6: The home is connected to community public utilities. Quality checks are completed and the owner can take possession. 28

29 ACASA Factory The ACASA Factory is a fully integrated 45,000 M 2 facility with the capacity to produce 5,000 homes/year (100 M 2 /home). Each home kit is containerized and shipped to the jobsite for assembly. This system enables: 1) Rapid construction 2) Zero on-site waste 3) Local training & employment 4) Fully integrated utilities & systems 5) Near-sourcing of materials & assemblies 6) Efficient land use planning & site development 29

30 Foam Line Proprietary A & B side chemicals are combined on a continuous urethane foam line. The plant generates zero air emissions. 30

31 CNC Mill Line After a 7 days of curing, urethane foam buns are cut to size on a Computer Numeric Controlled band saw. Each panel is sized to match a specific home and tagged for packaging 31

32 Roll Form Steel Line Roll formed steel is slit and bent into proprietary structural shapes. Members are cut to length to match building requirements. 32

33 Geo-Composites Proprietary geo-composite coatings are blended, bagged in supersacks, and palitezed for delivery to the jobsite. 33

34 Cabinet Line A CNC milling line produces household cabinetry and architectural millwork using formaldehyde-free MDF and bio-based laminates. 34

35 Logistics Center The logistics center stores electrical, plumbing and lighting fixtures, appliances, computers, panels, water purification systems, as well as completed doors, windows and hardware. 35

36 Shipping Center The Shipping Center loads all components in reverse order of assembly into steel containers, one per household. These containers remain at the job site until the unit is completed. 36

37 Training Center The ACASA Facility houses administrative offices, a training center, and repair shop. This facility can continue to provide for the community with continuing education, training and security. 37

38 Factory Capacity Operating 5 days a week the plant is capable of producing100 homes per week with the capability of 5,000 homes a year. The plant employs 120 people plus 25 crews of 10 workers in the field. 5,000 Homes 65 Million BF 6.47 Million Feet 570,000 CF 100 M 2 /Home BioFoam Steel Framing GeoComposites 38

39 Neighborhoods ACASA Communities 5000 homes provides 500,000 square meters of living space which provides housing for 20,000 people. 39

40 ACASA Values 1) Strategies that minimize environmental impact 2) Renewable energy and water-saving technologies 3) Locally sourced, non-toxic, sustainable materials 4) Excellence in indoor air quality, acoustics & lighting 5) Innovative and inspiring architectural design 6) Job training, operations and maintenance programs 40

41 ACASA Values THANK YOU. 41

42 7756 St. Andrews Avenue, Suite 117 San Diego, California Office: Fax: Cell: