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Introduction Zero Thermal™ is the registered trade name of an advanced Visco-Elastomeric Polymer and Binder. This Algae based Technology is both an Elastomer, and a Plasticizer in one. Making for an advanced additive for use with cement and concrete. However, the technology is an important discovery in the “Bio-Mineralization”. Bio-Mineralization is the ability of a living organism to produce a mineral. The Act of nature in which mimics how an Oyster manufactures a Pearl. This method and science of nature was discovered patented and protected by

Zero Thermal Advanced Algae Based Polymer Science Presentation

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Polímero hecho a base de algas para lixiviar metales

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Page 1: Zero Thermal Advanced Algae Based Polymer Science Presentation

Introduction

Zero Thermal™ is the registered trade name of an advanced Visco-Elastomeric Polymer and Binder. This Algae based Technology is both an Elastomer, and a Plasticizer in one. Making for an advanced additive for use with cement and concrete.

However, the technology is an important discovery in the “Bio-Mineralization”. Bio-Mineralization is the ability of a living organism to produce a mineral. The Act of nature in which mimics how an Oyster manufactures a Pearl. This method and science of nature was discovered patented and protected by several trade secrets, and offered today as a USDA Biobased 68% Organic Anticorrosive Additive for Cement and other industries.

Page 2: Zero Thermal Advanced Algae Based Polymer Science Presentation

The Patent The Process

Patent Copies are available for your review

Page 3: Zero Thermal Advanced Algae Based Polymer Science Presentation

The Origin of LifeThrough Bio-mineralization, the Science of Nature Bio-mineralization is the ability of a Living Organism to

create a mineral. In 2011 NASA-funded researchers found evidence that some building blocks of DNA, the molecule that carries the genetic instructions for life, found in meteorites were likely created in space.

Bio-mineralization is the science of nature and how nature manufacturers exoskeletons, our teeth, and how an Oyster forms a Pearl.

Meteorites contain a large variety of nucleobases, an essential building block of DNA. (Artist concept credit: NASA's Goddard Space Flight Center/Chris Smith)

Page 4: Zero Thermal Advanced Algae Based Polymer Science Presentation
Page 5: Zero Thermal Advanced Algae Based Polymer Science Presentation

The Chemistry of Exothermic ReactionThe process works through Exothermic Reaction, when blended with other minerals, the process begins and energy is released in the bond making as illustrated herein, the temperature ranges from 25 degree to 40 degree Celsius.

Page 6: Zero Thermal Advanced Algae Based Polymer Science Presentation

Understanding Covalent BondsCovalent is the strongest possible type of chemical bond. Other chemical bonds include ionic bonds, hydrogen bonds, and the van der Waals force. There are many other types of rare and exotic bonds, but these four are by far the most common.

CEMENT & CONCRETE

Page 7: Zero Thermal Advanced Algae Based Polymer Science Presentation

ASTM / USDA Bio-based Labeled at 68% Organic Registered as Zero Thermal ZT-Visco-Elastomeric Krypto Biotic Polymer & Additive with a 68% Organic Bio-Base

ASTM-D6866-12 Results

Page 8: Zero Thermal Advanced Algae Based Polymer Science Presentation

SuperMix ASTM C-31/C39 & TAS 201, 202, and 203 Testing and further planned validation with Dade-County for provisional NOA

Page 9: Zero Thermal Advanced Algae Based Polymer Science Presentation

Technical and Organic Advantages of the Elastomeric Binder and Polymer

ZT™ has a near Zero Coefficient of Expansion and will work in Freezing or Ambient Temperatures ZT™ has a near Zero Coefficient of Friction with a glass translucent Temp. of 2,700 Degrees F. ZT™ allows no heat transfer approx. up to 1,600 Degrees F. ZT™ has adjustable compression and tensile strengths from 3,000 to 6,000 PSI ZT ™ is Highly-Resistant and Impervious to Water, Acids, Corrosion, Sulfates, Etc. ZT™ will Not Corrode or Decompose any type of reinforcement, Steel, Fiberglass, Sawdust, Etc. ZT™ can be used in Extreme conditions from extreme Heat of 2,600 Degree F. to use in Cryogenic environments ZT™ will not allow the growth of Mold, Mildew, Bacteria or Barnacles ZT™ setting times can be pre-set for Quick setting applications in Pre-Cast, Extruding or Pultrusion, and Slip Forming ZT™ set times can be set from 5 Minutes to several hours ZT™ can create Advanced Hybrids Materials and Composites, when mixed with Sawdust, Basalt, and other minerals ZT™ is PH Neutral and will not harm skin or eyes ZT™ is 100% Organic and Biocompatible, will not harm Humans or Animals ZT™ is considered a Natural Food, and even has Calories and Omega Oils ZT™ releases no Co2 in its production process, and can earn Carbon Credits and LEED Points ZT™ can Encapsulate and Neutralize a variety of Toxins, with no Leaching ZT™ is a Bio-Based Product and Additive and qualifies and registered with the USDA BIO-BASED LABEL PROGRAM ZT™ is a Patented U.S. Technology ZT™ is Manufactured in the United States ZT™ is Exclusively Manufactured by the Inventor and a Privately owned Company. ZT™ can be used in over 135 Vertical and Horizontal Applications in Industry.

Page 10: Zero Thermal Advanced Algae Based Polymer Science Presentation

Zero Thermal™ As an Advanced Additive in Industry

ZT™ is highly concentrated and fully water soluble. ZT™ is 100% Organic and Non Toxic or Corrosive to most equipment and existing Dies. ZT™ can be formed in Powder Form ZT™ can add Elasticity and Tensile strengths to add mixes ZT ™ is available in Liquid and Powder Form for Industry ZT™ can be formulated to meet any design mix, environment spec, and condition. ZT™ can be used in Extreme conditions from extreme Heat to Extreme Cold. ZT ™ can share its molecular attributes with as little as 10% added to a design mix. (some products and conditions may require a higher amount) ZT™ can add Valued Added Carbon Credits and LEED POINTS to Manufacturers ZT™ is a USDA Registered Bio-Based Label Program Additive

Areas Where Zero Thermal™ Can be Used as Additive:

Additive to Cement Additive to Mortar Additive to Ceramic Tile Additive to Pavers Additive to Plastics Additive to Wood/Particle Wood Additive to Fiberglass Additive to Glass Additive to Steel Additive to Aluminum Additive to Polymers Additive to Lubricants Additive to Composites Additive to Paints Additive to Coatings Additive to Textile Additive to Chemicals

Page 11: Zero Thermal Advanced Algae Based Polymer Science Presentation

Hybrid Composites and Materials Formed and Made with:

Hybrid Composites Shown:

Hybrid Wood Hybrid Cement Hybrid Stone Hybrid Composites Tap-able Cement Hybrid Marble and Granite

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The Elasticity offered by the Elastomeric Binder allows for TappingIn a Mortar or Concrete Mix. Also shown on Right is the ability toEncapsulate lipids where it can be blended with Asphalt for anadvanced modified Asphalt Mix design, with thermal control which isCritical to Hot Climate areas such as the case in Panama, where extreme temperatures makes asphalt paving use not popular.

Modified Asphalt over a stable soil base. Can also become monolithic.

Offers Elasticity in Mortar and Concrete Mixes as an Additive. See Tapped SamplesBelow. Allows for threading in the mixes.

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Advanced Algae Based Polymer Science

Question and Answer Session