1. March 26, 2013

2. Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint The SynTech Process (a “Local Economic Biosphere”®) 250 tons/day MSW Mitigation Sustainable Clean Energy Plant

3. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Advantages of ICER MSW to Power MSW Collected250 tons/day 65,000 tons/yr Conventional MSW Collection to Landfill Morris Materials Recovery Facility (MRF) Materials Separated to Recycle29,900 tons/yr45.9 Contained Carbon11,400 tons/yr40.3 Refuse Derived Feedstock32,900 tons/yr50.6 Contained Carbon16.700 tons/yr58.7 % MSW 2,200 tons/yr3.5 300 tons/yr40.3 To Landfill65,000 tons/yr Contained Carbon28,400 tons/yr

4. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Advantages of ICER MSW to Power Power and Fuels ProductionAvoided Conventional Fuel Use Power 6.1 MWhr 53,400 MWhr (annual) SynDiesel36,500 gallons Natural Gas55 million scfh 480 million scf Carbon Reduction7,600 tons Petroleum Diesel36,500 gallons Carbon Reduction102 tons Eliminated Transport Costs to Distant Landfills 9,360 Trips 1.7 million to 2.7 million gallons or petroleum diesel Carbon Avoidance4,700 – 7,600 Tons

5. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Permitting Air Quality Permits National Pollution Discharge Elimination System (NPDES) Permits and Plans Waste Management Permits Ecological Permitting Federal Aviation Administration Clearance Permit Noise Analysis Truck Traffic Analysis Local Permitting Requirements

6. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint Material Receiving Material Recovery Residual Feedstock Processing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration Power Generation Liquid Fuel Production Fleet Fueling Carbon Negative Footprint

7. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint Material Recovery Residual Feedstock Processing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration Power Generation Liquid Fuel Production Fleet Fueling Carbon Negative Footprint MaterialReceiving

8. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Material Receiving Process MSW Garbage Truck Loader Presort Infeed Conveyor

9. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Municipal Solid Waste (MSW) Metals, Steel Plastics Wood Glass Aluminum Textiles Yard Trimmings Inerts Food Paper and Paperboard

10. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Recoverable Materials MSW Materials Recovery Facility (MRF) Non-processable (i.e. rocks, concrete) Miscellaneous (wood, food, shoes, etc.) Paper Glass Metals Plastic

11. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint Residual Feedstock Processing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration Power Generation Liquid Fuel Production Fleet Fueling Carbon Negative Footprint Material ReceivingMaterialRecovery

12. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Material Recovery Inert and Oversize Materials Final Material Recovery MSW Residuals to Shredder From MSW Presort Trommel Screen

13. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint ResidualFeedstockProcessing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration Power Generation Liquid Fuel Production Fleet Fueling Carbon Negative Footprint Material Receiving Material Recovery

14. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 RDFStorage Compaction & Densification Blending & Homogenization Feedstock Engineering ShredderDryer from MSW

15. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint by ___t/yr Residual Feedstock Processing AdvancedThermalChemicalConversion Waste Heat RecoveryCoolingCleaningFiltration Power Generation Liquid Fuel Production Fleet Fueling Carbon Negative Footprint Material Receiving Material Recovery

16. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Advanced Thermal-Chemical Conversion Feedstock Storage Feedstock Holding Oxygen or Air Primary Ash Recovery Hot Syngas Feedstock Metering Fuel/Air Interface Fluid Bed Reactor Environmentally Friendly Salable Product Additional Ash Recovery CementFertilizer

17. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Reactor Process Oxygen deprived No flame or “burning” Self-Sustaining Endothermic Reaction Hot Syngas 1900° F RDF 700° F - 1950° F Primary Ash Recovery Environmentally Friendly Salable Product CementFertilizer Oxygen or Air

18. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Syngas Filtration Syngas Receiver Syngas (Clean and Cool) Water RecycleReuse Waste Heat Recovery Cooling, Filtration, & Ash Collection Waste Heat Recovery & Syngas Cooling Environmentally Friendly Ash Collection Hot Syngas Cyclone CementFertilizer Syngas Scrubbing

19. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Environmentally Friendly Salable Ash Production ‘Primarily’ Unconvertible Minerals ‘Some’ Char (Unconverted Carbon) Proven Uses, Existing Markets Concrete Additive Soil Amendment Ash

20. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint by ___t/yr Residual Feedstock Processing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration PowerGeneration Liquid Fuel Production Fleet Fueling Carbon Negative Footprint Material Receiving Material Recovery

21. The SynTech Process (a “Local Economic Biosphere”®) Fleet Maintenance ResidentialCommercial Mitigate local Landfill Impact Reduce local carbon footprint by ___t/yr Residual Feedstock Processing Advanced Thermal Chemical Conversion Waste Heat Recovery Cooling Cleaning Filtration Power Generation LiquidFuelProduction FleetFueling Carbon Negative Footprint Material Receiving Material Recovery

22. Confidential & Proprietary; Property of SynTech Bioenergy, LLC © 2013 Advanced Liquid Fuel Production Sustainable SynTech SynDiesel (proprietary micro-refinery process) fuel gases Fleet Fueling Station Syngas CompressorHeater Synthesis Reactor Heavy Hydrocarbon Cracking Distillation SynTech SynDiesel Product (to Fueling or Storage) Cooler Storage

23. March 26, 2013