A ton of plastic waste is worth the same as a ton of crude oil. 7% of oil and gas consumed is used in the manufacturing of plastic and rubber. $52,880,835,000/yr 93% of all plastic and rubber ends up in landfills. 35 million tons/yr $49 billion unrealized opportunity to harvest the polymer waste stream. Polyflow has the technology and plan to capitalize on this opportunity.

7% of oil and gas consumed is used in the manufacturing of plastic and rubber.

$52,880,835,000/yr

93% of all plastic and rubber ends up in landfills.

35 million tons/yr

$49 billion unrealized opportunity to harvest the polymer waste stream.

Polymer Industry Sustainability The only materials that get recycled are those with a market. There is a market for most materials in the waste stream at the right price. Currently plastics are not recycled because they are difficult to identify and expensive to sort. Therefore they would have a high price and therefore no market. Polyflow does not require the plastics to be sorted by grade. Therefore the price is low and Polyflow can offer a large market. Polyflow will pay the collectors and haulers $20/ton. Haulers also save the generation and disposal fees of $10.5/ton. Incineration, W-T-E, values polymers less than coal and thus must charge a tipping fee in the range of $40/ton. Polyflow offers a feasible, economical, profitable, sustainable End-of-Life solution for polymer products .

The only materials that get recycled are those with a market.

There is a market for most materials in the waste stream at the right price.

Currently plastics are not recycled because they are difficult to identify and expensive to sort. Therefore they would have a high price and therefore no market.

Polyflow does not require the plastics to be sorted by grade. Therefore the price is low and Polyflow can offer a large market.

Polyflow will pay the collectors and haulers $20/ton. Haulers also save the generation and disposal fees of $10.5/ton.

Incineration, W-T-E, values polymers less than coal and thus must charge a tipping fee in the range of $40/ton.

Polyflow offers a feasible, economical, profitable, sustainable End-of-Life solution for polymer products .

Chemistry fully validated Over 4.0 tons of polymer waste processed. Over 2.6 tons of high value liquid produced in 2008 Polyflow Pilot Processor

Chemistry fully validated

Over 4.0 tons of polymer waste processed.

Over 2.6 tons of high value liquid produced in 2008

Output of the Polyflow Process Mixed Polymer Waste Stream 35% Valuable Aromatics 65% Gas & Diesel These are burned to continue fueling the process 69% PyGas 13% Char 18% Off Gas

Business Model – Basic Premise Polyflow Starts with a Compelling Cost Advantage Styrene Market Economics Polyflow produces high value commodity materials from low cost raw materials available in excess, locally Polyflow Competition (Crude Oil)

Patent Pending Technology United States Australia Brazil Canada China Taiwan European Union India Indonesia Korea Mexico Philippines Issued 3/18/2008 A basic chemistry patent on the conversion of mixed polymer waste to aromatic chemicals.

United States

Australia

Brazil

Canada

China

Taiwan

European Union

India

Indonesia

Korea

Mexico

Philippines

Polyflow Large Continuous Production Plants Environmentally friendly Energy efficient High conversion rate No major technical hurdles 150,000 tons/yr feed 102,000 tons/yr product 1/3 of product is chemical feedstock. 2/3 gasoline and diesel fuel

Environmentally friendly

Energy efficient

High conversion rate

No major technical hurdles

Economically Sustainable Route to Feedstock for Plastics & Rubber Post-consumer Post-industrial Post-commercial Plastics Waste Rubber Waste Thermoplastic Thermoset Styrene and feedstock Gasoline blendstock Other hydrocarbons Manufacturers Plastics Rubber Cleaners Paint Adhesives Gasoline blenders THE RIGHT TECHNOLOGY AT THE RIGHT TIME Polyflow supports a national priority to reduce our dependence on foreign oil. Polyflow cracks mixed polymer waste back to its building blocks. Feedstock End Product End Customer

Post-consumer

Post-industrial

Post-commercial

Plastics Waste

Rubber Waste

Thermoplastic

Thermoset

Styrene and feedstock

Gasoline blendstock

Other hydrocarbons

Manufacturers

Plastics

Rubber

Cleaners

Paint

Adhesives

Gasoline blenders

Benefits Will increase recycling rates and recovery of other materials. Produce stably priced, high value, virgin chemical feedstocks. Reduce the cost of disposal of industrial and commercial polymer wastes. Produce 70% less CO 2 than incineration. Extend the life of landfills. Create revenue for municipalities. Reduce dependence on foreign oil. Make plastic more recyclable than glass.

Will increase recycling rates and recovery of other materials.

Produce stably priced, high value, virgin chemical feedstocks.

Reduce the cost of disposal of industrial and commercial polymer wastes.

Produce 70% less CO 2 than incineration.

Extend the life of landfills.

Create revenue for municipalities.

Reduce dependence on foreign oil.

Make plastic more recyclable than glass.

The Value Chain: Each Stakeholder Wins Waste Generators Waste Industry Petrochemical Industry Polyflow Price stability Local source of raw matls End-of life solution High return on investment Reduced hauling costs Lower disposal fees Extend the life of landfills Increase municipal recycling rates Lower waste disposal costs Enough polymer waste for 250 plants Sufficient polymer and gasoline market for 1025 plants

Business Model Timing Build and run a 2.5 ton/hr semi works plant. 12-18 months. validate the continuous process. Expand the plant to a continuous production plant at 20 ton/hr. Add seven more continuous processors 12-18 months to build and startup. National and then global expansion. Funding Semi Works Continuous Growth! Plant Prod. Plant YR-1 YR-2 Sell Product Plants/Licenses Design and construction contracts Management contracts YR-3 YR-0

Build and run a 2.5 ton/hr semi works plant.

12-18 months.

validate the continuous process.

Expand the plant to a continuous production plant at 20 ton/hr.

Add seven more continuous processors

12-18 months to build and startup.

National and then global expansion.

Sell

Product

Plants/Licenses

Design and construction contracts

Management contracts

Semi Works Plant Design $10.0 million investment in manpower, plant and equipment. Developed as showplace for the technology. All modern safety features. Unobtrusive design. Indoor material storage. Low emissions. Low truck traffic.

$10.0 million investment in manpower, plant and equipment.

Developed as showplace for the technology.

All modern safety features.

Unobtrusive design. Indoor material storage.

Low emissions.

Low truck traffic.

Pilot Plant Design

For Additional Information Polyflow Corporation Jay Schabel, COO 440-773-3517 (Cell) 526 S. Main St., Ste 230, Akron, OH 44311 [email_address]

Polyflow Corporation

Jay Schabel, COO

440-773-3517 (Cell)

526 S. Main St., Ste 230,

Akron, OH 44311

[email_address]