Fuel Frontiers, Inc'

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Fuel Frontiers, Inc.

• Technologies Overview

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Fuel Frontiers, Inc

• Annual Revenue Streams based on 70 Million Gallon
  Ultra-Clean Synthetic Diesel Production Facility
• Fuel 131,897,088.
• Recyclables 9,218,395.
• Electricity 800,000.
• Government Incentives 58,000,000.
• Excluded from Proforma

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Consumption Overview

• Consumption
• Feedstock
• Water
• Coke
• Electricity
• Labor

• Consumption
• Feedstock
• Water
• Coke
• Electricity
• Labor

• Consumption
• 480 Tons/Day
• 126,524 Gallons/Day
• 19.2 Tons/Day
• 10,365 KW/Day
• 36,025 Labor/Day

• Consumption
• 480 Tons/Day
• 126,524 Gallons/Day
• 19.2 Tons/Day
• 10,365 KW/Day
• 36,025 Labor/Day

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Production Overview

• Gallons of Fuel
• Recycled Metals
• Sulfur
• Aggregate Slag
• Nitrogen Products
• Electricity

• 197,260 Gallons/Day
• 58 Tons/Day (tires)
• 18.6 Tons/Day
• 4.8 Tons/Day
• 1 Ton/Day
• 10,000 KW/Day

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Major Components
SynGas Cleanup
Plasma Gasifier
F/T Reactor
Electricity Cogeneration
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Fuel Frontiers, Inc. Process
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Waste Feed
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Gas Cleanup

• MARS
• Metals Ash contained in vitrified slag
• SynGas Production
• No tars, No Furans, No Dioxins, No Ash are
  produced in the Plasma Reactor
• Filtered for particles after SynGas production
• Gas is compressed
• Selexol process
• Selexol is the trade name for an acid gas removal
  solvent that can separate acid gases such as
  hydrogen sulfide and carbon dioxide from feed gas
  streams such as synthesis gas produced by
  gasification of coal, coke, or heavy hydrocarbon
  oils. By doing so, the feed gas is made more
  suitable for combustion and/or further
  processing.
• Or Rectisol process
• Rectisol is the trade name for an acid gas
  removal process that uses methanol as a solvent
  to separate acid gases such as hydrogen sulfide
  and carbon dioxide from valuable feed gas
  streams. By doing so, the feed gas is made more
  suitable for combustion and/or further
  processing. Rectisol is used most often to treat
  synthesis gas (primarily hydrogen and carbon
  monoxide) produced by gasification of coal or
  heavy hydrocarbons, as the methanol solvent is
  well able to remove trace contaminants such as
  ammonia usually found in these gases.

• Claus unit
• The Claus process is the most significant gas
  desulfurizing process, recovering elemental
  sulfur from gaseous hydrogen sulfide. First
  invented over 100 years ago, the Claus process
  has become the industry standard. The multi-step
  process recovers sulfur from the gaseous hydrogen
  sulfide found in raw natural gas and from the
  by-product gases containing hydrogen sulfide
  derived from refining crude oil and other
  industrial processes. The final step involves
  oxidation of the hydrogen sulfide.
• Fischer-Tropsch process
• Fuel Production and tail gases are recycled back
  to the Plasma Gasifier.

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Electrical Cogeneration
From the excess heat generated in the
Gasification process a heat recovery unit,
located between the Plasma Vessel and the Gas
Cleanup, will generate steam for an Integrated
Combined Cycle Generator. This generator will use
Steam in the Turbines combined with SynGas to run
the turbine motor to produce electricity to power
the plant along with surplus electricity to sell
to the grid.
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F/T Process
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Fuel Frontiers, Inc.

• Technologies Overview