YOUR TRASH OUR BUILDING MATERIAL

YOUR TRASH OUR BUILDING MATERIAL

Inspiration U.S Energy Consumption** Industry 22.7% Transportation-Other (rail, air, bus, truck, ship) 11.7% Transportation-Light Duty (auto, SUV, pickup, minivan) 11.6% Forecasts of Global PET Demand* 30 5.5% Building Operation 43.5% 43.5% Building Construction and Materials 5.5% A New Era of Sustainable Building Material Made from Trash Constructing and operating buildings account for forty percent of the global carbon footprint. Manufacturing and building processes generate just as much carbon as the operation of a building. We believe to lower the overall carbon footprint in the building lifecycle is to use the material with minimum carbon emission in its production stage. The CO2 generated in manufacturing glass, aluminum, steel and concrete elements cause more carbon dioxide emissions than we can ever save by reducing the energy consumption in lighting, heating and air conditioning. Furthermore, toxic adhesives and materials used either directly or during the manufacturing process make many green building materials become suboptimal choices. Million Tone 25 20 15 10 5 0 2000 2009 2020 Per Capita PET Beverage Bottle Wasting and Recycling*** Years With PET packaging demands continuing on the rise, the world is nowhere close to coming out with effective solutions. Despite the fact that there are multiple uses for post-consumer PET and PE, waste polymers are still not economically valuable enough to stop people from throwing it in landfills and seas. Postconsumer PET can be a resource re-engineered to become a translucent, insulating, light, strong and mechanically recyclable building material. POLLI-Brick outper forms conventional solutions both in terms of embedded carbon footprint and operational efficiency. 160 Wasting 140 Recycling 120 100 80 Recycling potential throgh MINIWIZ application 60 40 20 0 1990 1992 1994 1996 1998 2000 2002 2004 2006 * Source : GBI Research. ** Source : 2010 2030, Inc / Architecture 2030. Data Source: U.S. Energy Information Administration. *** Sources: data derived from the American Plastics Council and the National Association of PET Container Resources.

Innovation Revolutionize the Way of Recycle Plastics POLLI-Brick is a revolutionary building material made from 100% rec ycled Polyethylene Terephthalate Polymer. It is translucent, naturally insulated, and durable. The modular 3-D honeycomb self-interlocking structure makes it extremely strong without any chemical adhesives, while weighing only one-fifth of standard curtain wall systems. The crossindustry R&D hybridization keeps the recycling process economically efficient since POLLI- Brick can be mass manufactured on site, dramatically reducing the carbon footprint when compared with conventional glass and steel structures. Distinctive Features POLLI-Brick Life cycle Made from Recycled Materials Made of non-toxic, post-consumer recycled PET (Polyethylene Terephthalate Polymer) Minimal energy consumption during the production process. Assemble Reusable and Recyclable No cohesives used. Easily reusable. Fully recyclable after serviced life. Remould Recycle Build Modularize Non-Toxic No chemical binders used in recycling and rerecycling processes. Meets requirements on Indoor Air Quality (IAQ). Low-VOC (Volatile Organic Compounds) All materials used for indoor cladding release no harmful quantities of VOC Construction on Site PET is locally sourced. Blow-molded into POLLI-Brick on or close to construction site. Reduces transportation of building materials. POLLI-Brick are assembled into handy modules that can easily be mounted reducing construction time.

Modularization and Customization With unique honeycomb shape interlocking units, POLLI-Brick can be assembled into rectangular panels or any customized shape. It can be tailored to either a simple modular, quick to install, affordable cladding system or a state-of- the-art interactive color LED integrated animated building skin system. Futhermore, the system sustains radical lateral force up to Category 5 hurricanes, without any damage or water seepage. The performance enhanced films enforce the panel strength while providing extra protection against UV, water and fire. The PC coating makes the POLLI-Brick panel scratchresistant and easy to clean. POLLI-Brick can further enhance its environmental durability with biaxial-oriented metallized film to give the building facade and roofing a semi-translucent aluminum finish with unbeatably low carbon footprint. POLLI-Brick Curtain Wall Tectonic-Standard Module 6 2 5 1 3 4 1. Solar PV module 2. Solar PV clipping joint 3. Nano treated PC hard coat 4. Prefabricated POLLI-Brick assembly 5. Fastening joints 6. Structural sub-framing

Advantages Super Strong A POLLI-Brick panel can bear up to 3,300 Pascal of destructive lateral wind force with only one-fifth of the material weight of the standard curtain wall system. Ultra-light Not only does the POLLI-Brick reduce energy consumption in both transportation and construction phases, but the dead load itself reflects cost saving potential within the building structure. Air-insulated Energy consumption reduced upon cooling/ heating in the operational phase has an R value of 12. (The thermal resistance rate) Curtain Wall Skin Types without Subframing at Preinstallation Level 1400 12 1200 1000 800 12.5 Translucency Attractive architectural feature provides a uniform natural lighting, and reduces the energy consumption for the indoor illumination. Simple Installation POLLI-Brick is lightweight and self-interlocking which enables easy installation with little to no technology compared to conventional curtain wall systems. Optional LED+ IT Integration Interactive ipad or Android controlled lighting systems that utilize every POLLI-Brick as a pixel can be integrated all powered by solar panels. 600 5 400 4 3 200 0 0 1 0.14 Galvanized Steel Sheets stick screw skin system PS Foam Steel insulated panel stick panel system POLLI-Brick modular Curtain Wall system Pine Wood with metal framing skin system Single layer harden glass Glazing stick system Low e IGU* (double layers) stick glue skin system Low e IGU* (double layers) modular curtain wall system Vacume IGU* (triple layers)modular curtain wall system Cost US$ (Per sqm) R insulation value Translucent Transparent *IGU = Insulated glass Glazzing Unit

Technical Specs Standard POLLI-Brick Size 6,000mL 690mL 400mL 162.4 38.5 30.8 82.7 82.7 Minimum Radius : 100 18 11.8 176 179 179

Technical Specs Standard Module Type Components Reinforcements Option Figure - POLLI-Brick : made from 100% Recycled PET (Polyethylene terephthalate) - High Gloss PC (Polycarbonate) film - HDPE Cap + Washer Welded wire fabric / PC sheet Wall Module Dimension* 162.4cm x 176cm 82.7cm x 179cm 82.7cm x 179cm Wall Module Thickness 38.5cm 17.8cm 11.8cm Wall Module Weight** 63kg approx. 17.4kg approx. 8.7kg approx. Insulation (SI units) R value, Thermal Resistance Rate Loading Wind Pressure Exterior / Interior 12.0 K m²/w Color Options Translucent/Semi Translucent/ White *** Fireproof Performance Options 345kg/m² 3300 Pascal / Category 5 Hurricane Sustained Winds - Integrated RGB/Single color LED tube - Solar Panel integration Self-extinguishing, fire retardant and flame retardant to Specification (translucency may vary) Interior 4.8 K m²/w 2.4 K m²/w - Backlight RGB/Single color LED B2/B1 Level (brick by brick/panelized) * Module can be modified into customized dimensions. ** Wall module weight may vary by design. *** POLLI-Brick can be customized to different colors if a minimum quantity is met. US & International Patent 12/869757 ASTM E-330/331 Standard Test Method for Structural Performance of Exterior Windows, Doors, Skylights and Curtain Walls by Uniform Static Air Pressure Difference AAMA 501.4 Standard Test Method for Water Penetration of Exterior Windows, Skylights, Doors, and Curtain Walls by Uniform Static Air Pressure Difference UL Certification E 98658 Plastics Component

Our Service MINIWIZ is a global innovator dedicated to sustainable solutions through the 3R practices- Reduce, Recycle, and Reuse. Miniwiz has design, engineering, manufacturing and product marketing capabilities integrating state-of-the art sustainable technology into the real-world practices. MINIWIZ is a platform for: Low Carbon Solution Research Recycled Material Development Green Building Design and Construction Architecture and Structural Engineering Sustainable Product Design and Manufacture Conscientious Packaging Design Eco Friendly Vehicle Planning and Design Radical Trash Engineering MINIWIZ Sustainable Energy Development Ltd. ASIA Add: 14F., No.102, Guangfu S. Rd., Da An District, Taipei 106, Taiwan, R.O.C Tel: +886 (2) 2731 0502 Fax: +886 (2) 2731 0512 www.miniwiz.com EUROPE Add: Energieforum Berlin, Stralauer Platz 34, 10243 Berlin, Germany Tel: +49 (0) 307 2610 2818 This brochure is published by MINIWIZ Sustainable Energy Development Ltd. without any warranty. Improvements and changes to this documentation necessitated by typographical errors, inaccuracies of current information, or improvements to the products, may be made by MINIWIZ Sustainable Energy Development Co., Ltd. at any time and without notice. The products and services displayed in this documentation may not be available in your particular country or locality, or at all.