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National Clean Energy Business Plan Competition 2013

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Inviroment

Brigham Young University

PlasTek™ is patent-pending technology created by Inviroment that facilitates the biodegradation of all types of plastic found in landfills. PlasTek™ is not a biodegradable plastic, but a treatment for all plastics. The science PlasTek™ is based on has been proven in laboratories, and Inviroment has permission to begin a landfill test in Fall 2013.

PlasTek™ technology is an environmentally safe, chemical solution that starts decomposing plastics in a matter of months. PlasTek™ is sprayed onto waste as it is deposited into a landfill. By adopting PlasTek™, landfills benefit in the following three ways:

1. PlasTek™ breaks down plastics, resulting in a 13-20% increase landfill capacity

2. PlasTek™ accelerates methane output as plastics decompose, leading to increased green energy harvest

3. By applying PlasTek™ daily, the average landfill will save over 109,000 cubic yards of space per year and collect 8 million m3 of methane per year -- a $3.1 million savings in space -- increasing the life of the landfill -- and a potential revenue stream of  $5.8 million per year from methane-powered energy

Inviroment will target waste management companies and independent landfills in the US. First, Inviroment will target the 594 landfills in the US that already have methane-to-energy collection systems in place. Inviroment has established relationships with several dozen landfill managers and industry professionals, and each is very interested in our product.  Inviroment has two letters of intent with four more on the way.

Inviroment is the winner of the CU Cleantech Competition sponsored by the US Department of Energy.

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Purdue University
355 likes

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Bioadhesive Alliance
North Carolina A&T State University
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Picasolar
University of Arkansas
16 likes

Picasolar wholly owns the hydrogen selective emitter (HSE) technology. HSE can increase the efficiency of solar cells by up to 15 percent and remove up to 33 percent of the silver grid lines in a conventional silicon solar cell.

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Pyro-E
University of California-Berkeley
190 likes

Pyro-E, LLC is developing a solid-state device for waste heat harvesting at the distributed energy scale. The device is designed based on the pyroelectric effect and can be used to improve the fuel-use efficiency of 300 million vehicles and generators in the United States.

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SiNode Systems
Northwestern University
31 likes

SiNode Systems is a battery materials venture developing silicon-graphene anodes for the next generation of lithium-ion batteries. SiNode anodes offer higher battery capacity and faster charging rates, all while being produced via a low cost solution chemistry-based manufacturing process.

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