2. 1 Loudoun County, Virginia Board of Supervisors Public Hearing March 8, 2010 Powering a Better Tomorrow GEP/S Hybrid Energy Park ZMAP 2009-0005, SPEX 2009-0009 & CMPT 2009-0001

3. 2 Local Economic Stimulus During Construction: $183 million per year in revenues during 3 years of construction. 1,205 jobs during construction. One of the largest infrastructure projects in the Commonwealth of Virginia. Annual Local Government Revenue: Estimated $8 to $12 million in County real estate and personal property taxes per year. Estimated $1 million annual to Town of Leesburg Sewer and Water Fund from purchasing of treated effluent. ~Churma Economics & Analytics,“The Economic and Fiscal Benefit of a Proposed Energy Generating Plant in Loudoun County, VA.” November 12, 2009

4. Benefits Transition off of coal. Electrical generation near demand. Puts Loudoun in forefront of renewable energy by constructing Virginia’s largest solar array. Unique economic development opportunities. Significant annual tax revenue to Loudoun County. Educational opportunities. Energy reliability for the local community. Reduces energy importation. 3

5. A Unique Location Industrial Area 4 Luck Stone Quarry Overlay Loudoun Water Treatment Plant (future) Leesburg Airport Noise overlay Electrical transmission lines Gas Transmission Lines

6. 5 Existing Resources Two underground natural gas lines on site. Lines from the Gulf Coast, Ohio Valley and liquid natural gas port. Redundancy allows a unique facility that will not need to burn oil or diesel. Natural Gas Transmission Two 230 KV and One 500KV Electrical transmission Lines. North/South and East/West Transmission Distribution. Between two major substations serving Loudoun County. Electrical Transmission Lines

7. What Are We Proposing? 6 Combined Cycle (Natural Gas and Steam) generator. Natural Gas peak energy generation. Virginia’s Largest Solar array. Wastewater effluent re-use. Best Available Control Technology facility. Low Stack Design. State-of-the-art technology.

8. Impacts on Energy Supply “In all of the system models that were studied the Green Energy Partners … proposed …generator resulted in a large reduction (between 18% and 21%) in reliance on external power to be delivered through the transmission system to serve the load in the Loudoun County and Leesburg area.” 7 ~ PowerGEM, “Leesburg Generation Study “ (7/7/09)

9. Energy Policy Revised General Plan – Energy and Communication Policies: “Electric generation facilities that use clean burning and environmentally sound and proven fuel sources for power generation can be located only where their impact on the surrounding land uses and the environment is compatible.” (Page 2-24). 8

10. 9 Off-Setting Environmental Impacts Air Quality - Best Available Control Technology. Water Quality - Chesapeake Bay Cleanup. BMP/LID Only 19% of the site is impervious. Wetlands - No onsite impacts. Very Steep Slopes - No onsite impacts. Noise - Sound Attenuation condition of approval. Visual - Low profile, topographically concealed. Forest Resources - Replacing low quality area with high quality reforestation.

11. Off-Setting Environmental Impacts Continued Access Road relocation to avoid wetlands, environmentally sensitive resources and wood turtle habitat. Low stack design. Plume abatement. Zero discharge. Effluent re-use to remove harmful nitrates and phosphates from the Potomac River. No diesel fuel. 10

12. Air Quality “This plant will be designed with the most advanced air pollution control technology to reduce air discharges as any plant in the [United States], western Europe or Japan. This control system is deemed to be the best technology available by the US EPA and the South Coast Air Quality management District in Los Angeles, CA (considered by many to be the premier regulatory agency for controlling smog in the US).” ~ MACTEC,“Revised Air Quality Study of Green Energy Partners/Stonewall Solar and Natural Gas-Fired Power Plant at Leesburg VA,” November 20, 2009 11

13. Cleaning up the Bay Re-using up to 3-5 million gallons per day of Leesburg’s waste water. Using treated effluent removes nitrates and phosphates from the Potomac River and the Chesapeake Bay. Zero discharge of water reuse from the energy plant into streams. 12

14. What Will You See? 13

15. What Will You See? 14

16. Plume Abatement Visible plume is caused by ambient conditions of low temperature and high humidity. Plume abatement reduces the visible plume by adding hot dry air to the saturated air leaving the cooling tower. Plume abatement included in Conditions of Approval. 15

17. Water Reuse Regulated by DEQ pursuant to State of Virginia Code regulation: 9VAC25-740. Chesapeake Bay regulated by the U.S. Environmental Protection Agency. Town of Leesburg is permitted by DEQ to withdraw up to 12 million gallons of water per day with no requirement to discharge. Leesburg is currently using between 5 and 6 million gallons per day. The average flow of the Potomac is 18 billion gallons per day. Town of Leesburg has previously negotiated to sell the reuse of its treated effluent. A 2003 Chesapeake Bay Foundation study found that “wastewater discharged from sewage treatment plants is the second largest source of nitrogen pollution in the Chesapeake Bay.” 16

18. Planning Commission Approval After two public hearings and two worksessions, the Planning Commission on March 3 rd, 2010, recommended approval by an 8-1 vote. Commissioners noted in their findings the environmental benefits of using the treated effluent, which will remove nitrates and phosphates from the Chesapeake Bay. Paying our share: We went beyond mitigating our impacts by proffering cash for a historical narrative, off-site stream monitoring and off-site county trail enhancements. 17 We will plant meadowland habitats conducive to flora and fauna in the solar array area. Commissioners called the project a “win, win, win” and a “great project for the County.”

19. Required Federal and State Regulatory Approvals Permit/ApprovalRegulating AgencyRequired Date FAA Aeronautical StudyFederal Aviation Administration Received by GEP/S Air Quality PermitVirginia Department of Environmental Quality Prior to construction VPDES Construction Stormwater Permit Virginia Department of Conservation and Recreation Prior to start of any land disturbance and construction Virginia Joint Permit Application ACOE, VRMC, VDEQ, USFWS, NMFS Prior to construction VDOT Land Use PermitVirginia Department of Transportation Prior to construction of access road entrance Water Quality VPDES Water Discharge Permit Virginia Department of Environmental Quality Prior to any regulated discharges 18

20. Required Federal and State Regulatory Approvals 19 Permit/ApprovalRegulating AgencyRequired Date Virginia Pollution Abatement Permit Virginia Department of Environmental Quality Prior to any regulated discharges Electrical Interconnection Service Agreement PJMPrior to connection to transmission system Certificate of Public Convenience and Necessity (CPCN) VA SCC – Division of Energy Regulation Prior to commercial operations DEQ SupplementVirginia SCC and Department of Environmental Quality Prior to issuance of CPCN 1) Natural Heritage and Threatened and Endangered Species Virginia Department of Conservation and Recreation 2) Geology and Mineral Resources Virginia Department of Mines, Minerals and Energy

21. Required Federal and State Regulatory Approvals Permit/ApprovalRegulating AgencyRequired Date 3) Virginia Water Protection Program Virginia Department of Environmental Quality 4) Threatened or Endangered Plants and Insects Virginia Department of Agriculture and Consumer Services 5) Marine ResourcesVirginia Marine Resources Commission 6) Game and FisheriesVirginia Department of Game and Inland Fisheries 7) Historic ResourcesVirginia Department of Historic Resources Exempt Wholesale Generator Determination Federal Energy Regulatory Commission Prior to commercial operations date 20

22. 21 Create a prototypical energy facility to be located near demand Utilize treated effluent that cleans up the Potomac River Decrease demand for coal power importation via high-tension lines Increase local grid reliability Utilize existing natural gas and electric infrastructure Low stack design Utilizing property topography to decrease visual impact Plume eliminator technology to reduce visual impact Sound suppresser technology to reduce noise impacts 100% natural gas Energy independence reliant on proven natural U.S. reserves Economic development diversification Significant increase in local tax revenue Green Energy Partners Goals

23. Thank You! Please visit us online at www.loudounpower.comwww.loudounpower.com Email any questions or comments to info@loudounpower.com. info@loudounpower.com

25. Hybrid Energy Park is proposing 52% open space that meets the definition as defined in the Revised General Plan. All development within the Transition Policy Area will be clustered with 50% – 70% open space and the full implementation of the Green Infrastructure polices. (RGP, page 8-3) 70% open space pertains to Rural Villages, see RGP, page 8-5 24