Lean sustainability: a pathway to a circular economy
Cudney, Elizabeth A.
Lean sustainability: a pathway to a circular economy - Boca Raton CRC Press 2024 - xxi, 309 p. - Continuous Improvement Series .
Table of content:
1. Introduction. 2. Lean Overview. 3. Sustainability Overview. 4. Systems Thinking and the Circular Economy. 5. Cultivating a Lean Sustainability Culture. 6. Integrated Lean and Sustainability Framework. 7. Selecting and Prioritizing Lean Green Projects. 8. Mapping the Value Stream for an Eco-Friendly Flow of Material and Information. 9. Using a Lean Sustainability Lens for Business Process Mapping. 10. Analyzing Lean, Value, and Waste for Sustainable Continuous Improvement. 11. Using 5S to Reduce the Environmental Footprint. 12. Tracking Sustainability Efforts through Visual Management. 13. Utilizing Single-Minute Exchange of Dies for an Environmentally Friendly Changeover Process. 14. Employing Total Productive Maintenance for Eco-Friendly Equipment Maintenance. 15. Integrating Sustainability Principles into Mistake Proofing to Prevent Waste. 16. Ensuring Consistent Performance through Standard Work. 17. Environmentally Conscious Material Movement throughout the Enterprise. 18. Creating a Green Supply Chain. 19. Integrating Sustainability into the Organization’s Strategic Goals Using Hoshin Kanri. 20. Sustaining Lean Sustainability as a Strategic Initiative. 21. Shifting from a Linear to a Circular Economy. 22. Future and Challenges of Lean Green Sustainability. 23. Developing a University Sustainability Recycling Process and Metrics. 24. Implementing Lean Sustainability Practices in Agriculture. 25. Applying Lean Sustainability Principles to Fuel Testing at a National Airport. 26. Incorporating Lean Sustainability Improvement in a Hospital’s Sterile Instrument Processing.
[https://www.routledge.com/Lean-Sustainability-A-Pathway-to-a-Circular-Economy/Cudney-Furterer-Laux-Hundal/p/book/9781138584105?srsltid=AfmBOoryAy3wbqot-YjEUT2EYNeFOZxSL2rRzSwgtoA1AXRwtkRRzmbU]
While Lean principles have been around for decades, the practices have yet to keep current with the growing area of Sustainability. This book provides an implementation approach to integrating Lean and Sustainability principles toward a circular economy.
Lean Sustainability: A Pathway to a Circular Economy illustrates an integrated Lean and Sustainability approach that is applicable to manufacturing, healthcare, service, and other industries. This comprehensive approach will guide organizations toward a circular economy to drive competitive business practices further while being environmentally, socially, and economically responsible. The eBook version includes full color images.
This book will help any industry practitioner interested in helping their business improve flow, reduce waste, and become more environmentally conscious.
(https://www.routledge.com/Lean-Sustainability-A-Pathway-to-a-Circular-Economy/Cudney-Furterer-Laux-Hundal/p/book/9781138584105?srsltid=AfmBOoryAy3wbqot-YjEUT2EYNeFOZxSL2rRzSwgtoA1AXRwtkRRzmbU)
9781138584105
Lean manufacturing
Circular economy
Sustainability
338.927 / CUD
Lean sustainability: a pathway to a circular economy - Boca Raton CRC Press 2024 - xxi, 309 p. - Continuous Improvement Series .
Table of content:
1. Introduction. 2. Lean Overview. 3. Sustainability Overview. 4. Systems Thinking and the Circular Economy. 5. Cultivating a Lean Sustainability Culture. 6. Integrated Lean and Sustainability Framework. 7. Selecting and Prioritizing Lean Green Projects. 8. Mapping the Value Stream for an Eco-Friendly Flow of Material and Information. 9. Using a Lean Sustainability Lens for Business Process Mapping. 10. Analyzing Lean, Value, and Waste for Sustainable Continuous Improvement. 11. Using 5S to Reduce the Environmental Footprint. 12. Tracking Sustainability Efforts through Visual Management. 13. Utilizing Single-Minute Exchange of Dies for an Environmentally Friendly Changeover Process. 14. Employing Total Productive Maintenance for Eco-Friendly Equipment Maintenance. 15. Integrating Sustainability Principles into Mistake Proofing to Prevent Waste. 16. Ensuring Consistent Performance through Standard Work. 17. Environmentally Conscious Material Movement throughout the Enterprise. 18. Creating a Green Supply Chain. 19. Integrating Sustainability into the Organization’s Strategic Goals Using Hoshin Kanri. 20. Sustaining Lean Sustainability as a Strategic Initiative. 21. Shifting from a Linear to a Circular Economy. 22. Future and Challenges of Lean Green Sustainability. 23. Developing a University Sustainability Recycling Process and Metrics. 24. Implementing Lean Sustainability Practices in Agriculture. 25. Applying Lean Sustainability Principles to Fuel Testing at a National Airport. 26. Incorporating Lean Sustainability Improvement in a Hospital’s Sterile Instrument Processing.
[https://www.routledge.com/Lean-Sustainability-A-Pathway-to-a-Circular-Economy/Cudney-Furterer-Laux-Hundal/p/book/9781138584105?srsltid=AfmBOoryAy3wbqot-YjEUT2EYNeFOZxSL2rRzSwgtoA1AXRwtkRRzmbU]
While Lean principles have been around for decades, the practices have yet to keep current with the growing area of Sustainability. This book provides an implementation approach to integrating Lean and Sustainability principles toward a circular economy.
Lean Sustainability: A Pathway to a Circular Economy illustrates an integrated Lean and Sustainability approach that is applicable to manufacturing, healthcare, service, and other industries. This comprehensive approach will guide organizations toward a circular economy to drive competitive business practices further while being environmentally, socially, and economically responsible. The eBook version includes full color images.
This book will help any industry practitioner interested in helping their business improve flow, reduce waste, and become more environmentally conscious.
(https://www.routledge.com/Lean-Sustainability-A-Pathway-to-a-Circular-Economy/Cudney-Furterer-Laux-Hundal/p/book/9781138584105?srsltid=AfmBOoryAy3wbqot-YjEUT2EYNeFOZxSL2rRzSwgtoA1AXRwtkRRzmbU)
9781138584105
Lean manufacturing
Circular economy
Sustainability
338.927 / CUD