Six Sigma for Sustainability

Authors: Tom McCarty, Michael Jordan, Daniel Probst
ISBN: 9780071752442 / 0071752447
©2012 | 1st Edition | 304 pages | Hardback
Pub Date: AUG-11
Price: US$ 50.00
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Six Sigma Master Black Belts show how to create and implement a corporate sustainability strategy using Six Sigma

Six Sigma for Sustainabilityexplains how to get started with a corporate sustainability program or take existing sustainability programs to a higher level of systematic management and production of results. Regardless of why large companies are going green, the shift is never an easy one, particularly within large corporations, where change can be glacial. That’s where this book comes in—it’s the perfect resource for CEOs launching or professionalizing an environmental sustainability program, and Six Sigma Green or Black Belts charged with running a green or sustainability strategy.

The authors show how typical Six Sigma/DMAIC structures lend themselves to sustainability, and how to use the power and tools of Six Sigma to help solve the challenge of sustainability. They explain in detail how typical sustainability problems such as carbon emissions, energy conservation, materials recycling, water use, and finance can be solved using Six Sigma tools. This is a practical, case-based book on the topic of sustainability program implementation.

Six Sigma for Sustainability

• Offers a unique approach—familiarizes the Six Sigma expert with sustainability issues, and vice versa
• Includes valuable advice on how to successfully apply Six Sigma to green initiatives that promote long-term sustainability while driving bottom-line results
• Provides case-based examples of concrete Six Sigma projects, including energy program design and solar energy within the government
• Approaches sustainability from a value chain perspective, leveraging and engaging employees, suppliers, and customers in the initiative
• Demonstrates the leadership framework necessary to drive sustainability
• Discusses how to be “more good” instead of “less bad”
• Uses examples from The Natural Step and the 4 systems conditions (extraction, creation, disruption, and basic human needs)
• Provides an overview of the Greenhouse Gas Protocol and the Carbon Disclosure Project

About the Authors

Tom McCarty (Chicago, IL) is a Managing Director within the Strategic Consulting group of Jones Lang LaSalle. In this role, he leads Six Sigma deployment strategies within the firm and for client engagements. Mr. McCarty uses Six Sigma business improvement methodology to help clients achieve their strategic performance objectives. In addition, he applies Leadership team coaching and Organizational Design principles to help clients become high performance real estate teams. He has been a featured speaker and has written many articles on Six Sigma. He is the lead author of the Six Sigma Black Belt Handbook, and co-author of The New Six Sigma: A Leader’s Guide to Business Improvement and Sustainable Results, and Six Sigma Financial Tracking and Reporting. Mr. McCarty’s clients span a broad range of sectors, and include HSBC, United Health Group, Fidelity, Sprint, Agilent, American Electric Power, Starbucks, Motorola, and the U.S. Department of Defense.

Michael Jordan (West Linn, OR)is a Senior Vice President and leads Jones Lang LaSalle’s Energy and Sustainability Services (ESS) Americas Corporate practice. Mr. Jordan has experience in technology, pharmaceutical and financial services industries and uses his expertise in strategic planning and operations to help companies set and achieve their sustainability objectives. He has worked in effective advisory roles with real estate executives at several Fortune Global 100 companies on initiatives to cut costs, manage carbon, and build greener buildings around the world. He is a LEED Accredited Professional, a trained facilitator in The Natural Step sustainability framework, and a Six Sigma master black belt.

Tom McCarty and Michael Jordan are Master Black Belts with over 20 years of experience in implementing Six Sigma improvement campaigns. For the past 5 years, they have been leaders with the strategic consulting team at Jones Lang LaSalle, where they have been working with clients to solve the complex problems associated with managing large real estate portfolios. As the leading provider of global corporate real estate outsourcing services, Jones Lang LaSalle manages a significant percentage of the real estate owned and occupied by the largest corporations in the world. Michael Jordan has the responsibility for delivering innovative sustainability solutions to those corporate clients. He has teamed with Tom McCarty, Six Sigma Practice Leader for Jones Lang LaSalle to build and apply six sigma methodologies to the firm’s sustainability practice.

Other books you might be interested:

1. 9780071443296      The Six Sigma Black Belt Handbook
2. 9781422177709      Strategy for Sustainability

Table of Contents

Chapter 1. Developing the Business Case
Chapter 2. Sustainability and the Collaborative Management Model
Chapter 3. The Sustainability Transfer Function
Chapter 4. Sustainability Measurement and Reporting
Chapter 5. Transformational Change and the Power of Teams
Chapter 6. Sustainability and Real Estate
Chapter 7. Six Sigma Sustainability Project Examples
Chapter 8. Design for Six Sigma
Chapter 9. Stakeholder Management
Conclusion: Letters to Tomorrow’s Corporate Leaders
Appendix A: Business Case Template and Examples
Appendix B: Sustainability Transfer Function
Appendix C: Sample Energy Conservation Opportunity Evaluation Checklist for an Office Building Assessment
Appendix D: Sample High-Level Process Map for Energy Conservation in an Office Facility
Appendix E: Sample Functional Performance Criteria for Enterprise Carbon Accounting Software
Index

Design for Environment (PAPERBACK)

Author: Joseph Fiksel
ISBN: 9780071776226 / 0071776222
©2012 | 2nd Edition | 432 pages | Paperback
Pub Date: AUG-11
Price: US$ 40.00
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A practical guide to designing products with the environment and sustainability in mind

Now in paperback, Design for Environment, Second Edition sets forth the motivation and accepted methods for a business practice called Design for Environment (DFE), drawing upon the experiences of dozens of major U.S. corporations. Because of rising concerns about corporate environmental responsibility, DFE has become a key element of new product development. This book provides a unifying framework, based on sound management principles, whereby companies can simultaneously improve their financial performance and benefit the global environment. At the heart of this approach is the concept of “eco-efficiency,” a measurable characteristic of products and processes that quantifies how companies generate more value with less adverse environmental impact.

The purpose of the book is to provide both an informative introduction and a useful primary reference to those who wish to understand and practice DFE. It contains many concrete techniques, guidelines, and examples that will help to educate product development teams, both veterans and novices, about the practical aspects of DFE. It emphasizes a life-cycle approach, which considers the “cradle-to-cradle” costs and benefits associated with material acquisition, transportation, production, product use, and recovery for recycling or remanufacture. At the same time and for the benefit of senior managers, the book provides a sweeping overview of the cultural, political and economic changes that are transforming the role of environmental management in the business world.

Design for Environment, Second Edition

• Includes anecdotal examples and graphical illustrations
• Presents industry-based implementation examples
• Shows how companies can redesign value delivery systems, including products and processes, to achieve both environmental excellence and economic prosperity
• Includes insights on how DFE methods can be seamlessly integrated into existing business practices, including innovation, product development, marketing, and life cycle management.
• Contains examples of leading companies that have put DFE into practice across a range of industries

About the Author

Dr. Joseph Fiksel (Columbus, OH)is Executive Director of the Center for Resilience at The Ohio State University, an interdisciplinary research center that is developing a unified approach for modeling risk, resilience, and sustainability in complex systems. As Senior Research Scientist for Integrated Systems Engineering, he engages in collaboration with companies, government agencies, non-profits, and other research organizations to develop new methods and tools for understanding the interdependence among social, environmental, and economic interests.

Joseph is also Principal and Co-Founder of the consulting firm Eco-Nomics LLC, and is an internationally recognized authority on sustainable business practices. He has over 20 years of management consulting experience, specializing in environmental risk management, product stewardship, design for environment, sustainability, and enterprise resilience.

The author also recently took on a part-time position with the EPA, working on their sustainability strategy.

Other books you might be interested:

1. 9780071600309     Strategies for the Green Economy
2. 9780071605564      Design for Environment (Hardback)

Airport Planning and Management

Authors:Seth Young, Alexander Wells
ISBN: 9780071750240 / 007175024X
©2011 | 608 pages | Paperback
Pub Date: MAR-11
Price: US$ 69.95
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The definitive, up-to-date guide to airport planning and management

Fully revised, updated, and reorganized to reflect the latest advances in the aviation industry, Airport Planning and Management, Sixth Edition offers comprehensive coverage of this challenging field. Airports, airport systems, operations management, and administration are discussed in detail. This authoritative volume addresses changes in technology, structure, and political environment, including enhanced security, environmental impact, and regulatory issues. The Sixth Edition of this landmark guide to the planning, development, and management of airports is ideal as a course text, self-study tool, and professional reference.

New to This Edition

• Updated coverage of privatization of airports
• New material on airfield infrastructure and safety and airport planning
• New focus on redesign of the air traffic systems
• New descriptions of passenger and baggage processing technologies
• Security updated throughout
• New coverage of federal regulations on airport finance and revenue strategies
• Energy efficiency and sustainability added
• New chapter on airports in the global environment, drawing more international interest
• Test prep questions with solutions available online

About the Authors

Alexander T. Wells (Deland, Florida) is a onsultant and adjunct professor in the Aviation Business Administration Department at Embry Riddle Aeronautical University. The author of a number of leading aviation industry texts, he also wrote Commercial Aviation Safety, second edition, also from McGraw-Hill.

Seth B. Young (Upper Arlington, Ohio) is Professor of Aviation at Ohio State University and co-author with Horonjeff of Planning and Design of Airports, fifth edition.

Book Review

1. SciTech Book News, August 2011

Intended as a textbook for undergraduate students, this new edition includes expanded focus on security measures, privatization of airports, and energy efficiency. Young (aviation, Ohio State U.) and Wells (consultant on airport management) begin with a general and historical discussion of airport systems, and then focus on operations and administrative management. Each chapter opens with an outline and objectives and closes with key terms and questions for review. The book closes with references to the application sections of the Code of Federal Regulations and the Federal Aviation Administration (FAA) 150 Series Advisory circulars. A helpful glossary and expansion of abbreviations are also included. (Annotation ©2011 Book News Inc. Portland, OR)

Table of Contents

Part I: Airports and airport systems
Chapter 1. Airports and airport systems: An introduction
Chapter 2. Airports and airport systems: Organization and administration
Chapter 3. Airports and airport systems: A historical and legislative perspective

Part II: Airport operations management
Chapter 4. The airfield
Chapter 5. Airspace and air traffic management
Chapter 6. Airport operations management under FAR Part 139
Chapter 7. Airport terminals and ground access
Chapter 8. Airport security

Part III: Airport administrative management
Chapter 9. Airport financial management
Chapter 10. The economic, political, and social role of airports
Chapter 11. Airport planning
Chapter 12. Airport capacity and delay
Chapter 13. The future of airport management

Code of Federal Regulations: 14 CFR-Aeronautics and Space, Parts 1 through 199: Federal Aviation Regulations

Code of Federal Regulations: 49 CFR-Transportation. 1500 Series: Transportation Security Regulations

Federal Aviation Administration 150 Series Advisory Circulars

Phonetic alphabet
Abbreviations
Glossary
Index

In-depth details on the proper application of systems analysis tools for sustainability engineering

Systems Analysis for Sustainability Engineering explains how to conduct holistic assessments in a practical manner and provides relevant case studies in various fields that demonstrate how to apply the sustainability concept. The book features a multidisciplinary approach by blending the essence of ecological engineering, green engineering, and systems engineering to illustrate the philosophy of sustainability. This pioneering guide provides a framework for applying systems analysis tools to account for environmental impacts, energy efficiencies, cost-effectiveness, socioeconomic implications, and ecosystem health in engineering solutions. Environmental engineers, civil engineers, industrial engineers, technicians, and environmental managers in the process industry will benefit from the detailed information in this authoritative volume.

Systems Analysis for Sustainability Engineering

• Contains data and materials summarized from more than 20 years of assessments conducted by the author in various situations worldwide
• Covers the major issues in contemporary sustainable development and environmental management as related to complex and critical energy and environmental systems
• Discusses principles of sustainability that foster innovation and economic development
• Highlights real-world practices which typically apply in sustainable planning and development projects
• Addresses alternatives in environmental management with respect to economic, environmental, ecological, energy, regulatory, and social aspects

About the Author

Ni-Bin Chang (Orlando, FL) is a professor in the Department of Civil and Environmental Engineering at the University of Central Florida. He has published more than 250 publications and is a member of the International Association of Environmental Information Sciences.

Related Titles

1. 9780070071391 Design for Manufacturability Handbook
2. 9780071495936 Energy Systems Engineering: Evaluation and Implementation

Table of Contents

1: Introduction of Sustainability Engineering;

PART I: ENVIRONMENTAL RESOURCES AND ECONOMIC VALUATION
2: Environmental Resources and Pollution Impacts
3: Pollution Prevention and Control Technologies
4: Economic Valuation and Project; 5: Risk Analysis and Management Strategies Assessment

PART II: RISK ASSESSMENT AND MANAGEMENT STRATEGIES
6: Environmental Regulation and Policy Tools; 7: Industrial Environmental Management System

PART III: SYSTEMS ANALYSIS FRAMEWORK
8: Systems Engineering and Decision Making
9: Hydrological and Environmental Systems Modeling
10: Energy and Environmental Systems Optimization
11: Complex Systems, Synthesis, and Integration

PART IV: SYSTEMS ANALYSIS FOR WATER RESOURCES MANAGEMENT
12: Systems Analysis for Water Quantity Management
13: Systems Analysis for Water Quality Management
14: Systems Analysis for Water and Wastewater Treatment

PART V: SYSTEMS ANALYSIS FOR LAND MANAGEMENT
15: Systems Analysis for Domestic and Industrial Solid Waste Management
16: Systems Analysis for Soil and Groundwater Remediation

PART V: SYSTEMS ANALYSIS FOR AIR RESOURCES MANAGEMENT
17: Systems Analysis for Regional Air Quality Management
18: Systems Analysis for Global Air Resources Management

Universal Design Handbook
Wolfgang Preiser, Korydon H. Smith

ISBN: 9780071629232 / 0071629238
Pub Date: OCT-10
Pages: 496
Copyright: 2011
Edition: 2
Format: Hardback
Price: US$ 150.00
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The Latest Advances in Universal Design

Thoroughly updated and packed with examples of global standards and design solutions, Universal Design Handbook, Second Edition, covers the full scope of universal design, discussing how to develop media, products, buildings, and infrastructure for the widest range of human needs, preferences, and functioning. This pioneering work brings together a rich variety of expertise from around the world to discuss the extraordinary growth and changes in the universal design movement.

The book provides an overview of universal design premises and perspectives, and performance-based design criteria and guidelines. Public and private spaces, products, and technologies are covered, and current and emerging research and teaching are explored. This unique resource includes analyses of historical and contemporary universal design issues from seven different countries, as well as a look at future trends. Students, advocates, policy makers, and design practitioners will get a theoretical grounding in and practical reference on the physical and social roles of design from this definitive volume.

UNIVERSAL DESIGN HANDBOOK , SECOND EDITION, COVERS:

• United Nations Convention on the Rights of Persons with Disabilities
• U.S. accessibility codes and standards, including the Americans with Disabilities Act (ADA)
• Life safety standards and guidelines
• Universal design implementations in Norway, Japan, France, Germany, Brazil, Italy and the Old City of Jerusalem
• Planning ADA implementation in public educational institutions
• Urban scale and mass transportation universal design
• Designing inclusive experiences, including outdoor play settings
• Office and workspace design
• Universal design in home building and remodeling
• Products and technologies, including autos, web access, media, and digital content
• Universal design research initiatives, education, and performance assessments

NEW TO THIS EDITION:

• 4 new chapters
• Completely updated and revised chapters
• Updated illustrations
• Examples of standards and guidelines
• Worldwide coverage with policies, requirements, and case studies
• Presents the full scope of universal design–from urban scale to multimedia
• An international roster of authors (e.g., India, U.K., Italy, France, Norway, Canada, Japan, Australia, Brazil)
• A CD-Rom with the latest ADA and ABA accessibility guidelines

Review

1. SciTech Book News, February 2011 issue

About the Author

Wolfgang F.E. Preiser (Scottsdale, Arizona) is Emeritus Professor of Architecture, University of Cincinnati. As a researcher and an international building consultant, he has worked on topics ranging from universal design to facility programming, building performance assessments, health care facilities, and intercultural design in general. He is widely published—with 16 books and over 100 chapters, articles, and conference papers to hiscredit—and is the recipient of the Progressive Architecture Applied Research Award and Citation and the EDRA Career and Lifetime Achievement awards.

Korydon H. Smith (Fayetteville, Arkansas) is Associate Professor in the Fay Jones School of Architecture at the University of Arkansas. Professor Smith teaches courses in architectural design and theory, and has received numerous teaching awards. His scholarship focuses on the physical and political roles of design in society, resulting in a wide variety of publications and design works. In addition, Smith is actively involved in continuing education, as well as the transformation of housing policy and design practices throughout the U.S.

Table of Contents

Introduction; Part 1. Premises and Perspectives
Chapter 1. Universal Design: An Evolving Paradigm
Chapter 2. Toward Social, Economic, and Environmental Sustainability
Chapter 3. Universal Design and the Majority World

Part 2. Principles, Standards, and Guidelines
Chapter 4. The Principles of Universal Design
Chapter 5. United Nations Convention on the Rights of Persons with Disabilities
Chapter 6. U.S. Accessibility Codes and Standards: Challenges for Universal Design
Chapter 7. The ADA and Accessibility: Interpretations in U.S. Courts
Chapter 8. Life Safety Standards and Guidelines
Chapter 9. The Universal Design Thesaurus: Creating a Descriptive Language for Our Field

Part 3. International Perspectives
Chapter 10. Norway’s Planning Approach to Implement Universal Design
Chapter 11. The Impact of Aging on Japanese Accessibility Standards
Chapter 12. The Evolution of Design for All in Public Buildings and Transportation in France
Chapter 13. Manifestations of Universal Design in Germany
Chapter 14. Writing Poetry Rather Than Structuring Grammar: Notes for the Development of Universal Design in Brazil
Chapter 15. Accessible Design in Italy
Chapter 16. Planning Accessibility in the Old City of Jerusalem

Part 4. Public Spaces, Private Spaces, Products, and Technologies
SECTION 1: PUBLIC SPACES
Chapter 17. Creating an Accessible Public Realm
Chapter 18. A Capital Planning Approach to ADA Implementation in Public Educational Institutions
Chapter 19. Universal Design in Mass Transportation
Chapter 20. Universal Design at the Urban Scale
Chapter 21. Designing Inclusive Experiences
Chapter 22. Outdoor Play Settings: An Inclusive Approach
Chapter 23. Office and Workplace Design

SECTION 2: PRIVATE SPACES
Chapter 24. Universal Housing: A Critical Component of a Sustainable Community
Chapter 25. The Evolution of Universal Design in Housing in the United States: Toward Visibility and Pattern Books
Chapter 26. A Home for the Next 50 Years: Remodeling for Again Baby Boomers Demonstrates Universal Design in Arts and Crafts Detailing
Chapter 27. The Sensory House
Chapter 28. Diversity and Equality in Housing: Designing the Arkansas Proto-House

SECTION 3: PRODUCTS AND TECHNOLOGIES
Chapter 29. Selling Builders and Remodelers on Universal Design
Chapter 30. Universal Bathrooms
Chapter 31. Universal Design of Automobiles
Chapter 32. Universal Design of Products
Chapter 33. Accessibility of the World Wide Web: Technical and Policy Perspectives
Chapter 34. Universal Design in Media
Chapter 35. Digital Content for Individuals with Print Disabilities

Part 5. Education and Research
Chapter 36. Inclusive Design Research Initiatives at the Royal College of Art
Chapter 37. An International Web-Based Collection of Universal Design Examplars
Chapter 38. Toward Universal Design Performance Assessments
Chapter 39. Universal Design for Learning in the College Classroom
Chapter 40. Camp Aldersgate: A New Model for Architectural Education
Chapter 41. Are Retrofitted Wheelchair Entries Separate and Unequal
Chapter 42. Guidepaths in Buildings
Chapter 43. Redefining Design and Disability: A Person-Environment Fit Model

Part 6. The Past and Future of Universal Design
Chapter 44. The Rhinoceros Syndrome: A Contrarian View of Universal Design

Part 7. Epilogue
Chapter 45. My Story

Index

Sustainability in the Process Industry: Integration and Optimization

Authors: Klemes, Jiri; Friedler, Ferenc; Bulatov, Igor; Varbanov, Petar
ISBN-13: 978-0-07-160554-0
ISBN-10: 0071605541
©2011 | 1st Edition | 400 pages , Hardcover
Pub Date: September 2010
Price: US$ 99.95
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Improve the energy efficiency of process industry practices

Sustainability in the Process Industry explains process integration and optimization and discusses applications for improving the energy and water efficiency of industrial as well as nonindustrial energy users. Approaches for adapting these methodologies to include the integration of waste and renewable energy sources are covered. This authoritative text contains eight industrial-based case studies and nine testing examples with developed solutions. Details on software tools are also included in this practical guide.

• Optimization goals and application areas within sustainable industrial process design and integration
• Formulating sustainable tasks as optimization problems
• Improving energy efficiency through process integration
• Heat exchange and heat recovery
• Water/mass integration
• Minimizing water use and efficient generation
• New, relevant process integration research results
• Process optimization frameworks, including mathematical programming and P-graph and S-graph frameworks
• Applications of process integration, modeling, and optimization software tools

About the Authors

Jiří Klemeš, H DSC, is one of the key personalities of the world-leading Centre of Excellence in Process Integration at the University of Manchester Institute of Science and Technology.

Ferenc Friedler, DSC, is a leading research figure at the University of Pannonia.

Dr. Igor Bulatov is a researcher at Centre for Process Integration, University of Manchester, UK.

Dr. Petar Varbanov is a senior lecturer at the Centre for Process Integration and Intensification (CPI), University of Pannonia

Table of Contents

Ch 1. Introduction and Definition of the Field
Ch 2. Process Integration (PI)- basic outline and definitions
Ch 3. Optimization – basic outline and definitions
Ch 4. Heat Integration for Improving the Energy Efficiency
Ch 5. Mass Integration
Ch 6. Further Process Integration Opportunities
Ch 7. Process Optimization Frameworks
Ch 8. Combined Process Integration and Optimization
Ch 9. Software Tools
Ch 10. Testing Case Studies
Ch 11. Industrial Applications and Case Studies
Ch 12. Typical Pitfalls and Recommendations on how to avoid them
Ch 13. Sources of the Other Information and Further Reading
Ch 14. Conclusions

Filed under: Highlights, Industrial & Plant Tagged: book, Bulatov, Chemical process, Chemical Process and Design, Design, Friedler, guide, heat transfer, How to, integration, Klemes, optimization, Petrochemicals Production Processes, Petroleum Refining Processes, pinch analysis, process design, Process Industry, Sustainability, sustainability in the process industry, Varbonov ]]> http://mheasiast.com/2010/08/11/sustainability-in-the-process-industry-integration-and-optimization/feed/ 0 MHE ST Sustainability in the Process Industry Integration and Optimization 9780071605540 http://mheasiast.com/2010/03/08/do-it-yourself-home-energy-audits/ http://mheasiast.com/2010/03/08/do-it-yourself-home-energy-audits/#comments Mon, 08 Mar 2010 02:50:29 +0000 McGraw-Hill Education (Asia) http://mheasiast.com/?p=845 ]]>  

Do-It-Yourself Home Energy Audits

Authors: Findley, David
ISBN-13: 978-0-07-163639-1
ISBN-10: 0071636390
©2010 | 1st Edition | 240 pages , Softcover
Pub Date: F ebruary 2010
Price: US$ 19.95

Reduce your utility bill and your carbon footprint

This hands-on guide shows you how to access your home’s energy efficiency, and offers 140 energy- and money-saving solutions you can use right away. Inside, you’ll find simple, no- and low-cost measures to identify problems and increase your home’s livability and efficiency–as well as your expendable income–each and every year.

Whether you’re moving into a brand new home, buying an existing property, or improving your current residence, you’ll find the practical tips and step-by-step projects inside Do-It-Yourself Home Energy Audits will dramatically reduce your energy usage and boost your savings in no time.

Discover how to:

• Implement immediate no- and low-cost improvements for lighting, heating, electricity, insulation, water use, and more
• Identify and modify the most costly appliances in your home
• Reduce carbon emissions
• Develop a personal energy plan
• Determine how and when to contract your green renovation
• Understand ratings, standards, and conversions
• Fund your green home improvement projects and take advantage of grants, rebates, and tax incentives

About the Author

David S. Findley (South Huntington, NY) is an Assistant Professor at Farmingdale State College. He is also the owner of Synergy New Technology, a not-for-profit organization that develops and sells green technology, provides global solutions with the development of partnerships with government, corporations, education, venture capitalists, and individuals, and develops local, regional, and national climate change projects. Mr. Findley has six years of college engineering, green technology education, business, and environmental sciences education. He has overseen the development of a green engineering sciences curriculum. Mr. Findley also has 3 years of environmental science and green business development. He is currently working on a number of professional projects that include a Discovery Channel television program from the Automotive Technology Department; researching product development of prototypes for industry; and GREEN DAY at Farmingdale State College.

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