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JBSA Net Zero

JBSA Net Zero. John Reasoner Sr. Account Executive Johnson Controls, Inc. JBSA Sustainable Workshop, San Antonio, TX 12 July, 2011. AGENDA. Net Zero Defined What Might A Net Zero JBSA Look Like? Opportunities Challenges Conclusion. Net Zero Defined.

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JBSA Net Zero

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  1. JBSA Net Zero John Reasoner Sr. Account Executive Johnson Controls, Inc. JBSA Sustainable Workshop, San Antonio, TX 12 July, 2011

  2. AGENDA • Net Zero Defined • What Might A Net Zero JBSA Look Like? • Opportunities • Challenges • Conclusion

  3. Net Zero Defined Energy – An Installation Produces as much energy as it consumes over the course of a year Waste – An installation that reduces, reuses, and recovers waste streams, converting them to resource values with zero landfill over the course of a year Water* – An installation limits the consumption of freshwater resources and returns water back to the same watershed so as not to deplete the groundwater and surface water resources of that region in quantity and quality over the course of a year

  4. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste 4

  5. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste • WTE base load solution (60-70MW) or could be 110 -120MW depending upon waste stream 5

  6. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste • WTE base load solution (60-70MW) or could be 110 -120MW depending upon waste stream • PV, CPV or CSP covers peak generation 6

  7. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste • WTE base load solution (60-70MW) or could be 110 -120MW depending upon waste stream • PV, CPV or CSP covers peak generation • Water efficient technologies, recapture/reclaim strategies across all of JBSA 7

  8. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste • WTE base load solution (60-70MW) or could be 110 -120MW depending upon waste stream • PV, CPV or CSP covers peak generation • Water efficient technologies, recapture/reclaim strategies across all of JBSA • Energy / Waste acquisition approach – PPA / ESPC, (UESC, EUL ) ECIP / SRM 8

  9. What Might A Net Zero JBSA Look Like? • A waste to energy (WTE) plant using waste streams from city and county - addresses both energy and waste • WTE base load solution (60-70MW) or could be 110 -120MW depending upon waste stream • PV, CPV or CSP covers peak generation • Water efficient technologies, recapture/reclaim strategies across all of JBSA • Energy / Waste acquisition approach – PPA / ESPC, (UESC, EUL ) ECIP / SRM • Water acquisition approach – ESPC / SRM / • ECIP / MILCON 9

  10. Opportunities • Joint Base San Antonio • City Public Service • City of San Antonio

  11. Opportunities - JBSA • Net Zero 2020; Last year timelines were less defined • Senate Bill 981 – Becomes law Sept 1, 2011 • WTE can provide 24/7 Power • Helps address Energy Security / Surety • Lead by example within the community, USAF and DOD 11

  12. Opportunities – City Public Service • Up to 120 MW of 780MW peak demand reduction goal / Deely closure delta • 24/7 source of power for grid • Extension of visionary leadership ; Adding partners similar to Consert and others • Incremental growth beyond STEP and demand management programs • Expansion of energy generation • diversity 12

  13. Opportunities – City of San Antonio • Vision 2020 enhancement • Economic development ; Jobs for the “New Energy Economy” • $750 million - $1 billion investment; Construction jobs for 3 years; 60 permanent jobs • Waste Management - Net Zero Waste goal by 2020 13

  14. Opportunities – City of San Antonio • Reduced or eliminated landfill requirement • Even at 60% recycling goal there should be enough waste stream to generate base load MW • Landfill cost savings would be substantial • Bexar County could also benefit 14

  15. Challenges • Requires alignment of goals amongst City, CPS, JBSA - On the surface it appears the alignment exists • Three separate geographies • Available land • NZ Energy most likely will require economy of scale solution • NZ Water/NZ Waste decentralized approach greater chance for success 15

  16. Challenges • PPA price for electrons sold to CPS • Can electricity production for renewable generation be competitive with current/future electric rates? • Price for energy from CPS to JBSA • JBSA may be willing to pay a slight premium? • NEPA / EIS / FAA - Multiple site process could begin now 16

  17. Conclusion Although numerous challenges exist the alignment of opportunities is substantial for all stakeholders. The leadership environment that currently exists is ideal for this type of large scale goal John Reasoner Johnson Controls, Inc. John.e.reasoner@jci.com 210-827-5365 17

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