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New Generation Biofuels

What Is NGB Biofuel
NGB Biofuel is a precision blended product made from any number of new or recycled vegetable oil or animal fat feedstock's without using a complicated chemical reaction and without producing by-products.  Our biofuels provide superior environmental and technical performance at a lower cost than traditional first generation biofuels and petroleum distillates.

Our Goals
New Generation Biofuels is passionate about providing our clients with quality biofuel solutions.  As a means of reducing the emission of greenhouse gases; as a path to more sustainable, renewable energy resources; or as a means of enhancing national energy security; regardless of your goal New Generation Biofuels can help you meet your renewable fuel objectives.

Technology
New Generation Biofuels is commercializing a patent-pending process to economically produce a renewable biofuel that can be used as a replacement for diesel, #2 heating oil, kerosene and other fuel oils;

The process consists of a simple, precise, additive blending process in an emulsion to manage the properties of vegetable oil at the point of combustion.

Key Technology Advantages

• Simpler production process which substantially lowers capital and production costs more than most biofuels
• NGB's biofuel is an emulsion of vegetable oil or animal fat feedstocks, water and proprietary additives
• No blending required with other fuels, simply use 100% NGB biofuel
• Pour point <0 degrees F
• Stable Emulsion with no separation
• Stability evident in tests performed over a two year period
• Small plant footprint
• NGB's facilities can be situated on sites as small as 5,000 sq. ft.
• Location can leverage existing storage and transportation infrastructure
• Emulsion process affords feedstock flexibility:
• Fuel can be produced from a wide variety of commercially available vegetable oils and animal fats
• Exciting new feedstock's on the horizon (such as jatropha and algae oils) will also be compatible with our technology
• No significant by-products, wastes, emissions or discharges, so "Btu yield" is greater