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Green

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Green

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  1. Green hezzie.com

  2. Greening the Campus CART CELEBRATION 2004 Pamela Hayes-Bohanan Ed Brush James Hayes-Bohanan __________________ Brendan Burke

  3. Why? • Faculty, Staff and Administrators are in a position to teach environmental knowledge • Colleges and Universities are contributing to the waste problem • We have the resources to conduct research to help solve some of the problems • Colleges and Universities are visible within their communities • It is unlikely that students will get Green Education anywhere else

  4. Day After Tomorrow

  5. greenribbonpledge.org climatehotmap.org/

  6. Human Impact I = PCT • Population grows 2% • Consumption grows 2% • P∙C could double every 18 years • Can T improve 30-fold in the next century?

  7. What? Environmental Education should • teach how to change the way we live • teach understanding of our relationship to the world and our role in it

  8. How? • Cross-Disciplinary • Practical • Historic and local perspective

  9. Sustainability and theGreen Campus:-A Chemist’s Perspective- • “Sustainability” can be defined as transforming our way of living to ensure that we meet the educational, economic, and community needs of the present society without hurting the needs of future generations. • All aspects of the campus community must be involved through education, research and community outreach.

  10. Critical Factors in Developing a Green or Sustainable Campus • Utilize consumables derived from renewable resources • Utilize safer materials • Cost • Producing an Educated Workforce • Role in Decision Making

  11. What are we Currently Doing? • Undergraduate Education and Research: “Green Pedagogy” • BSC Undergraduate Environmental Research Symposium • OutReach and Service Learning

  12. Undergraduate Education and Research: “Green Pedagogy” • Does not apply to only chemistry, and does not require new courses; incorporate into existing courses • Focus is on the lab component of current courses • Research projects involving environmental analysis; “Green Synthesis” from renewable materials using less hazardous materials • Honors projects that are based on Green Chemistry alternatives

  13. Potential applicationsof Polylactic Acid • Biodegradable polymer from corn • Exhibits properties that are equivalent to or better than many petroleum-based plastics.

  14. A “Greener” Campus with Polylactic Acid Products • fibers for clothing • disposable eating utensils • disposable diapers • clear “plastic” food packaging

  15. Potential applications of Poly-Lactic Acid to a “Greener” BSC Campus • fibers for clothing • disposable eating utensils and plates • disposable diapers • clear “plastic” food packaging

  16. Potential Applicationsof “Biodiesel” • Can be used in normal diesel engines with little or no modifications. • Biodiesel is easy to use, nontoxic, biodegradable and free of sulfur and aromatics • Alternative fuel from vegetable oil • Can be blended with normal petroleum diesel • Can be used in normal diesel engines with little or no modifications.

  17. Synthesis of “Biodiesel” by Yui Nozaki

  18. Combustion of Vegetable Oil

  19. Combustion of “Biodiesel” from Vegetable Oils Vegetable Oil Canola Oil

  20. Talloires

  21. Talloires Agreement www.ulsf.org • Increase Awareness of Environmentally Sustainable Development • Create an Institutional Culture of Sustainability • Educate for Environmentally Responsible Citizenship • Foster Environmental Literacy For All • Practice Institutional Ecology • Involve All Stakeholders • Collaborate for Interdisciplinary Approaches • Enhance Capacity of Primary and Secondary Schools • Broaden Service and Outreach Nationally and Internationally • Maintain the Movement Where we have been ~~ Where we are going

  22. What we do now • Environmental coursework • Philosophy • Chemistry • Biology • Physics • Management • Earth Science • Geography • Literature • Health and Safety Office • Energy Bear • Recycling Program

  23. What We Could Do • Ask “green campus” questions in all campus planning endeavors • Information technology • Transportation • Parking • Building • Curriculum • Scheduling • Teaching materials • Food service

  24. More We Can Do • Foster shared purpose • Pedal Power • Service Learning & Outreach • “What Can I Do?” education

  25. Infrastructure & Venues • Green Campus Team • Resource Center • CART • External funding • Field Trips • Internships • Impact High School Curriculum • New graduate programs • New undergraduate concentrations • Regional Conference

  26. Going Forward?