Eden Park Illumination advances the evolution of light and transforms the way light is applied through the cutting-edge development and innovation of Microplasma Lighting, a flat, ultra-thin, environmentally responsible light source that combines energy efficiency and long lifetime. Eden Park Illumination is a lighting technology company benefiting from a rich heritage through its affiliation with the Laboratory of Optical Physics and Engineering at the University of Illinois and holds a prominent global patent portfolio. The company is committed to developing earth-friendly products and supports actions and decisions that positively impact the sustainability of the environment. The company was founded in 2007 and is based in Champaign, Illinois.

Oree's is a provider in developing planar LED illumination by enabling a in the world flat, thin, highly efficient light source. Oree is developing a ground-breaking technology that bridges the gap between light-emitting diode (LED) technology (both chip-on-board and package-on-board) and illumination applications. The technology aims to allow general lighting companies and back light manufactures to use Oree's light engine to increase system efficiency and reduce the cost of LED based systems. Oree's technology aims to enable widespread adoption of LEDs in growing markets such as general lighting, decoration and LCD panels.n

Illumination Devices is a growing organization that develops and manufactures solid-state lighting solutions. Its mission is to create LED lighting solutions that integrate simply and address lighting manufacturers' LED challenges. Its advanced light engine technology delivers light to lighting fixtures. It was founded in 2006 and is based in Williston, Vermont.

Fibre Optics for the Lighting Industry nPoly Optics manufactures and energy efficient fibre optic and LED lighting solutions. nnPoly Optics represents the very latest in fibre optic and LED lighting technology. The company's products are safe, durable, versatile and energy efficient. nnFibre optic lighting offers design flexibility. The safety aspect of no heat or conducted electricity aims to provide design opportunities not available with traditional lighting systems. Poly Optics products are manufactured in Australia and exported to countries all over the world including the USA, Europe, India, China, Turkey and the Middle East. nnPoly Optics has developed and patented Super Side Light Fibre Optic Cable, a world first in energy efficient lighting. The product is a in lighting technology providing a flexible, heat-free and energy efficient solid core fibre optic cable designed to be illuminated with LEDs.n nLargest Fibre Optic Lighting Project in the World nIn 1998 Poly Optics was awarded a fibre optic lighting system project in the world to illuminate a 70 story building in Hong Kong (middle building shown). nnAll components of the system were designed, built and installed by Poly Optics Australia.nPlease ask us how the company can add fibre optic lighting to their building project.

Electro-LuminX Lighting Corporation is the developer of Light Tape, an Electroluminescent lamp utilizing patented manufacturing process and materials. Electroluminescence (EL) is a means of generating light by the electrical excitation of light emitting phosphors, similar to how Plasma televisions are backlit today. In this case, the light emitting phosphors are located between two electrically conductive plates. Applying an alternating (A.C.) current activates the system producing light. At least one of the electrodes consists of a light transmissive conductive material allowing the light to escape.

Nanomaterials and Nanofabrication Laboratories (NN-Labs, LLC) is a Fayetteville, AR based company that has received a grant(s) from the Department of Energy's SBIR/STTR program. The abstract(s) for these grant award(s) are provided as well since they provide insights into Nanomaterials and Nanofabrication Laboratories (NN-Labs, LLC)'s business and areas of expertise. This project will develop novel non-toxic doped-semiconductor nanophosphors to improve the energy efficiency of high brightness white light emitting diodes (LEDs) for general illumination applications. The nationwide energy cost savings for lighting in buildings alone could reach into the billions of dollars annually and provide an environmental benign alternative to fluorescent lamps which contain mercury vapor.