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Integrating Sustainable Practices into Ground Based Space Facilities Nasa.gov

Integrating Sustainable Practices into Ground Based Space Facilities

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Integrating Sustainable Practices into Ground Based Space Facilities. Nasa.gov. More than Launch Pads. Nasa.gov. Mega-Scale Benefits. Meso-Scale Benefits. Micro-Scale Benefits. NASA’s Sustainability Plan (SSPP). Key Performance Goals Increase energy efficiency…. - PowerPoint PPT Presentation

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Page 1: Integrating Sustainable Practices into Ground Based Space Facilities

Integrating Sustainable Practices into Ground Based Space Facilities

Nasa.gov

Page 2: Integrating Sustainable Practices into Ground Based Space Facilities

More than Launch Pads

Nasa.gov

Page 3: Integrating Sustainable Practices into Ground Based Space Facilities

Mega-Scale Benefits

Page 4: Integrating Sustainable Practices into Ground Based Space Facilities

Meso-Scale Benefits

Page 5: Integrating Sustainable Practices into Ground Based Space Facilities

Micro-Scale Benefits

Page 6: Integrating Sustainable Practices into Ground Based Space Facilities

NASA’s Sustainability Plan (SSPP)

Key Performance Goals• Increase energy efficiency….• GHG inventories and

reduction…• Leverage green acquisition…• Minimize waste…….• Support communities….• Raise employee awareness……

Page 7: Integrating Sustainable Practices into Ground Based Space Facilities

Climate Adaptation = Risk Management

Nasa.gov

Page 8: Integrating Sustainable Practices into Ground Based Space Facilities

Adapting to Sea Level Rise

Nasa.gov

Page 9: Integrating Sustainable Practices into Ground Based Space Facilities

GHG Mitigation-- Strategic Elements

Reduce GHG Emissions• Increase energy efficiency• Increase renewable &

alternative energy • Decrease fleet petroleum use• Increase the percentage of

green buildings

Page 10: Integrating Sustainable Practices into Ground Based Space Facilities

Increasing Energy Efficiency

Page 11: Integrating Sustainable Practices into Ground Based Space Facilities

Capacity Management

Nasa.gov

Page 12: Integrating Sustainable Practices into Ground Based Space Facilities

Efficient HVAC Systems

stvinc.com

Page 13: Integrating Sustainable Practices into Ground Based Space Facilities

Space Coast Solar Energy Center

Spacecoastdaily.com

Page 14: Integrating Sustainable Practices into Ground Based Space Facilities

NASA Goddard Landfill Gas

Nasa.gov

Page 15: Integrating Sustainable Practices into Ground Based Space Facilities

NASA Langley Waste to Energy

Nasa.gov

Page 16: Integrating Sustainable Practices into Ground Based Space Facilities

Alternative Fuel Vehicles

Nasa.gov

Page 17: Integrating Sustainable Practices into Ground Based Space Facilities

Green Buildings

Nasa.gov

Page 18: Integrating Sustainable Practices into Ground Based Space Facilities

Ames Sustainability Base

Nasa.gov

Page 19: Integrating Sustainable Practices into Ground Based Space Facilities

Langley LEED Platinum

Nasa.gov

Page 20: Integrating Sustainable Practices into Ground Based Space Facilities

KSC Propellants North

Nasa.gov

Page 21: Integrating Sustainable Practices into Ground Based Space Facilities

NASA and US Agency Approach

Executive Order 13514• “Federal Leadership in

Environmental, Energy and Economic Performance”

• Focused on eco-efficiencies • environmental and economic

• Limited social focus

Page 22: Integrating Sustainable Practices into Ground Based Space Facilities

ESA and Sustainable Development

economicallysound.com

Page 23: Integrating Sustainable Practices into Ground Based Space Facilities

• “…is development that meets the needs of the present without compromising the ability of future generations to meet their own needs.”

• It requires that we see the world as a system –a system that connects space and a system that connects time.

Sustainable Development

Page 24: Integrating Sustainable Practices into Ground Based Space Facilities

Systems Thinking

Over Space:• North American air pollution

– affects air quality in Asia• Argentina pesticide applications

– affects fisheries off Australia

Over Time:• Mid-1900’s farming practices

– impact agriculture today• Economic policies endorsed

today– impact poverty in the future

Nasa.gov

Page 25: Integrating Sustainable Practices into Ground Based Space Facilities

Global Reporting Initiative (GRI)

Page 26: Integrating Sustainable Practices into Ground Based Space Facilities

ESA Key Issues and Challenges

• Build our future• Improve daily life• Live safely• Protect the environment• Stimulate our need for knowledge• Boost economic growth

Page 27: Integrating Sustainable Practices into Ground Based Space Facilities

GRI Reveals Social Benefits

“The actual impact of space on Europe’s economy (multiplier effect) is six times greater than the annual € 5 billion turnover”

“The overall vision for ESA’s Earth observation activities is to play a central role in developing the global capacity to understand our planet, predict change and mitigate the negative effects of climate change……”

Page 28: Integrating Sustainable Practices into Ground Based Space Facilities

Comparison of Sustainable Approaches

Page 29: Integrating Sustainable Practices into Ground Based Space Facilities

Increased Funding for Missions

Nasa.gov

Page 30: Integrating Sustainable Practices into Ground Based Space Facilities

Avoid Costs and Generate Revenue

50% Recyclable Cardboard

24% Recyclable Plastic

10% Organic Waste

16% Landfill

Page 31: Integrating Sustainable Practices into Ground Based Space Facilities

Nasa.govFY2007 FY2008 FY2009 FY2010 FY2011

$0

$5,000,000

$10,000,000

$15,000,000

$20,000,000

$25,000,000

$30,000,000

$3,494,763

$8,597,638$10,968,530

$16,139,153

$23,371,984

$502,106

$1,020,293

$2,047,752

$2,642,183

$3,494,763

$9,099,743

$11,988,823

$18,186,905

$26,014,167

Identified Solid Waste Cost Avoidance

Recycling revenue

Year

Cum

ulat

ive

Retu

rn ($

)Avoid Costs and Generate Revenue

Page 32: Integrating Sustainable Practices into Ground Based Space Facilities

Nasa.gov

Natural Resource Stewardship for the Public Good

Page 33: Integrating Sustainable Practices into Ground Based Space Facilities

Indoor Air Quality & Performance

Nasa.gov

Page 34: Integrating Sustainable Practices into Ground Based Space Facilities

Climate Action & Increased Revenue

Nasa.gov2010 2011 2012 2013 2014 2015$0.0

$0.5

$1.0

$1.5

$2.0

$2.5

$0.09 Million

$0.29 Million

$0.53 Million

$1.02 Million

$1.58 Million

$2.15 MillionSMP 11 - Pest Management

SMP 10 - Green Purchasing

SMP 9 - Hazardous Materials

SMP 8 - Water Consumption

SMP 7 - Paper Reduction

Year

Page 35: Integrating Sustainable Practices into Ground Based Space Facilities

Responsible Use of Available Resources

Nasa.gov

Page 36: Integrating Sustainable Practices into Ground Based Space Facilities

Integrate Sustainability into Operations

Nasa.gov

Page 37: Integrating Sustainable Practices into Ground Based Space Facilities

Contact Information:Mike McCarthy(904) 256-2263 e-mail: [email protected]

Nasa.gov