The Natural Step, Natural Capitalism & Conscious Capitalism in the XXIst century Terry Thiele 4 December 2014 Corporate Roundtable Applying old tools to entirely new circumstances 1 pro·voc·a·tive prəˈväkədiv/ adjective 1.causing annoyance, anger, or another strong reaction, especially deliberately. "a provocative article“ synonyms: annoying, irritating, exasperating, infuriating, maddening, vexing, galling 2 cur·mudg·eon kərˈməjən/ noun a bad-tempered or surly person. 3 THESIS: Sustainability thinking in the XXth Century will have to be “rethought” for the XXIst Century. EVIDENCE: emergence of TNS, Natural / Conscious Capitalism 4 Capitalism & the Industrial Revolution 5 Adam Smith and Life-cycle Assessment The Industrial Revolution! Capital MASS PRODUCED GOODS Individually made MASS PRODUCED 6 Adam Smith and Life-cycle Assessment 1st Industrial Revolution - early Energy: open-flame boilers/coal/steam Transportation: horses Communication: telegraph Mass production numerous industries Round trip by horse Adam Smith and Life-cycle Assessment 1st Industrial Revolution - mature Energy: open-flame boilers/coal/steam Transportation: horses/railroads Communication: telegraph Water refill for steam locomotive Towns spread out - industries consolidate Adam Smith and Life-cycle Assessment 2nd Industrial Revolution Energy: internal combustion engine/oil/electricity Transportation: automobiles/trucks/airplanes Communication: telephone/television Urbanization Global concentration Adam Smith and Life-cycle Assessment Mass Production and the Environment “In 1882, A.W. Brayton wrote, ‘The Virginia Deer is rarely met with in Ohio at present, except as domesticated in parts.’ “By 1904, White-tailed Deer were extirpated from Ohio….” http://www.ohiohistorycentral.org/w/White-tailed_Deer?rec=1117 Huge increase in environmental degradation http://www.newscientist.com/articleimages/dn14950/1-special-report-the-facts-aboutoverconsumption.html 10 Adam Smith & the 1st & 2nd Industrial Revolutions Mass Production and Life-Cycle Assessment Environmental profile for mass produced goods 11 John Maynard Keynes & the 1st & 2nd Industrial Revolutions Mass Production and Eco-Efficiency Hecksher-Ohlin-Samuelson 2 sector model of general equilibrium • Comparative Advantage • • • • • Opportunity Cost Specialization Economies of Scale Barriers to Entry Inventory / Just-in-Time Economic profile for mass produced goods 12 The 3rd Industrial Revolution 13 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: Stage setting: role played by energy in the progress of civilization 14 2014 Paleolithic 200,000 BC ENERGY SOURCE Vegetation, meat Wood 12,000 BC CONVERSION USE Muscle Hunting, gathering, Fire Warmth, light, food prep, defense Mesolithic 2014 12-10,000 7,000 BC BC 15 2014 Mesolithic 12-10,000 7,000 BC BC ENERGY SOURCE CONVERSION Vegetation, meat Muscle Wood Fire Vegetation, meat Animals (6 x Muscle) USE Hunting, gathering Warmth, light, food prep, defense Hunting, gathering, farming, building, transportation 16 THE FUTURE & Energy Ox ≈ 4 laborers better harness ≈ 6 laborers HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 17 Mesolithic Neolithic 2014 10-5,000 7,000 BC ENERGY SOURCE Vegetation, meat Wood CONVERSION Muscle Fire USE Hunting, gathering Warmth, light, food prep, defense Vegetation, meat Animals Wind Sail Hunting, gathering, farming, building, transportation transportation grain, meat Organized labor “monument building” (6 x Muscle) (1000s x Muscle) 18 THE FUTURE & Energy Early windmill ≈ 14-140 laborers HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 19 Mesolithic Neolithic 5,000 BC “Classical Era” 5,000 BC 300 AD 2014 “Recorded History” “Modern Era” 2014 20 “Classical Era” 5,000 BC 300 AD “Modern Era” 2014 ENERGY SOURCE Vegetation, meat Wood CONVERSION Muscle Fire USE Hunting, gathering Warmth, light, food prep, defense Vegetation, meat Animals Hunting, gathering, farming, building, transportation transportation Wind grain, meat grain, meat (6 x Muscle) Sail Organized labor (1000s x muscle) Slave labor (10,000s x muscle) “monument building” “Empire building” 21 “Classical Era” 5,000 BC 300 AD “Pre-Industrial” 300 AD “Modern Era” 2014 “Industrial Revolution” 1750 2014 22 “Pre-Industrial” 300 AD “Industrial Revolution” 1750 2014 ENERGY SOURCE CONVERSION USE Vegetation, meat Muscle Hunting, gathering Wood Fire Warmth, light, food prep, defense Animals (6 x Muscle) Hunting, gathering, farming, building, transportation Sail transportation Vegetation, meat Wind grain, meat grain, meat Organized labor (1000s x muscle) Slave labor (10,000s x muscle) “city building” “Empire building” Water Watermills Food prep, fiber prep Wind Coal Windmills Open Fire Food prep, fiber prep Warmth, light, food prep23 “Pre-Industrial” 300 AD 1750 “Industrial Revolution” 1750 “Industrial Revolution” 2014 2014 24 1750 “Industrial Revolution” SOURCE CONVERSION USE Oil Renewables Nuclear % 37% Gas Coal 2014 Electrical Mechanical Transportation Agriculture Manufacturing Food preparation Climate control Illumination Warfare Entertainment 28% 20% 9% 8% 25 THE FUTURE & Energy 1785 Watt/Bolton steam engine ≈ 333 laborers HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 26 THE FUTURE & Energy 1901 35 HP Mercedes ≈ 280 laborers (1 HP ≈ 8 laborers) HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 27 THE FUTURE & Energy 118 HP ≈ 1,144 laborers (MINI COOPER S) ≈ HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 28 THE FUTURE & Energy US individual energy consumption: 18.3 mil barrels 42 gal ≈ 2.43 gal/person/day 360 mil people 136,567 BTU/gal 2.43 ≈ 331,857 BTU/person/day 0.0002931 ≈ 97.3 kW ≈ 1,300 laborers/person/day 468 billion laborers… HTTP://WWW.ABE.UFL.EDU/ACADEMICS/COURSE-LISTINGS/AOM-UNDERGRADUATE/AOM2520.SHTML GLOBAL SUSTAINABLE ENERGY: PAST, PRESENT AND FUTURE. Dr. Wendell A. Porter, P.E. Univ of Florida 29 Paleolithic “Industrial Revolution” 200,000 BC 2014 “Energy plays a fundamental role in shaping the human condition. “Indeed, it has been argued that energy is the key "to the advance of civilization," that the evolution of human societies is dependent on the conversion of energy for human use. “Few people have questioned the long-held assumption that standard of living and quality of civilization are proportional to the quantity of energy a society uses. “However imprecise it may be, most people still accept the steadfast formula: energy=progress=civilization.” HTTP://WWW.FI.EDU/LEARN/CASE-FILES/ENERGY.HTML 3030 HISTORY OF ENERGY James C. Williams, Ph.D. April 25, 2006 30 THE FUTURE & Energy http://www.globalchange.umich.edu/globalchange2/current/lectures/human_pop/human_po p.html 31 THE FUTURE & Energy www.ourfiniteworld.com 32 THE FUTURE & Energy “The world has an astonishing chance to take a billion people out of extreme poverty by 2030.” June 2013 http://www.economist.com/news/briefing/21578643-world-has-astonishing-chance-takebillion-people-out-extreme-poverty-2030-not 33 THE FUTURE & Energy “The advanced projects team at Lockheed, known as Skunk Works, has unveiled a plan to develop a compact, magnetic fusion device in less than a decade.” 34 THE FUTURE & Energy Nonrenewables Nuclear Fuel Cells Renewables CHEAP OFF-GRID GLOBAL ENERGY 35 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT 36 THE FUTURE & the “Internet of Things” http://elearningroadtrip.typepad.com/elearning_roadtrip/2009/02/mobile-learning-at-last.html 37 THE FUTURE & the “Internet of Things” 38 THE FUTURE & the “Internet of Things” 39 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING 40 Adding material INSIDE OUT Removing material OUTSIDE IN http://www.withinlab.com 41 It can print everyday articles… 42 It can print something really big… 43 It can print something really small… 44 It can print something incredibly sophisticated… [ kidney being printed ] 45 It can print jet engine turbine blades… GE produces jet engine turbine blades with 3D printing … saves ≈ $25,000 per engine. The Motley Fool 10/12/12 46 It can print something at the store around the corner… “Staples Easy 3D”… upload designs to website… pick up printed objects at local store. Wired.com 11/29/12 47 It can print something on your kitchen table… 48 It can print something impossible… Shell Tech Centre (Amsterdam) (internal cooling channels / structures) “impossible to make with existing machining techniques.” 3ders.org 9/18/12 49 50 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH 51 THE FUTURE & NanoTECHNOLOGY http://www.nanowerk.com/nanotechnology-applications.php 52 THE FUTURE & NanoTECHNOLOGY http://www.nanowerk.com/nanotechnology-applications.php 53 THE FUTURE & NanoTECHNOLOGY http://www.futuretimeline.net/subject/nanotechnology.htm 54 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH Automation: ROBOTICS 55 THE FUTURE & Automation 56 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH Automation: ROBOTICS New Materials: ??? http://engineering.unt.edu/materials/research 57 THE FUTURE & New Materials http://www.fastcompany.com/biomimicry/the-booming-business-of-biomimicry 58 THE FUTURE & New Materials 9 Materials That Will Change the Future of Manufacturing Researchers are developing cutting-edge foams, coatings, metals and other substances to make our homes, vehicles and gadgets more energy efficient and environmentally friendly 59 THE FUTURE & New Materials 60 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH Automation: ROBOTICS New Materials: ??? What does this all mean? 61 Karl-Henrik Robert, Amory Lovins, Raj Sisodia & the 3rd Industrial Revolution Sustainability and THE FUTURE The Natural Step Natural Capitalism Conscious Capitalism 62 Karl-Henrik Robert & the 3rd Industrial Revolution The Natural Step (TNS) • Non profit • Science based model to integrate environmental, social, and economic considerations into business decisionmaking. • Founded in 1989 by Dr. Karl-Henrik Robèrt in Sweden. • Offices in 11 countries and a list of partners that includes some of the world’s leading brands. http://www.thenaturalstep.org/en 63 Karl-Henrik Robert & the 3rd Industrial Revolution TNS Rationale 64 Karl-Henrik Robert & the 3rd Industrial Revolution TNS and Life-Cycle Assessment #3. Natural functions and diversity must not be systematically impoverished by displacement, overharvesting or other manipulation. #1. Substances from the earth’s crust must not systematically increase in the biosphere. #2. Substances produced by society must not systematically increase in the biosphere. #4. Resources must be used fairly and efficiently to meet basic human needs globally. TNS establishes LCA interpretation objectives. 65 Amory Lovins (and Paul Hawken) & the 3rd Industrial Revolution Natural Capitalism • Future economic development needs “natural capital” (“macro” lifesupporting services that currently have no “micro” market value). • Badly designed business systems + population growth + wasteful consumption increasing loss of natural capital. • Need market-based system where human, manufactured, financial, and natural capital are fully valued. • Economic/environmental sustainability depends on redressing global inequities of income and material well-being. Natural Capitalism The Circular Economy http://en.wikipedia.org/wiki/Natural_Capitalism 66 Amory Lovins (and Paul Hawken) & the 3rd Industrial Revolution Natural Capitalism and Eco-Efficiency Social Justice Human Capital Environmental Circular Economy Natural Capital MASS PRODUCED GOODS Capital Natural Capitalism expands traditional H-O-S definition of capital (money/goods) to include NATURAL and HUMAN capital 67 Raj Sisodia (and John Mackey) & the 3rd Industrial Revolution Conscious Capitalism Conscious Capitalism expands the objective of Capitalism beyond merely delivering a return on shareholder capital investment. 68 Raj Sisodia (and John Mackey) & the 3rd Industrial Revolution Conscious Capitalism and Eco-Efficiency Conscious Capitalism expands objective of Capitalism beyond merely delivering a return on shareholder capital investment. 69 Benefit Corporations and CERTIFIED Benefit Corporations 70 Karl-Henrik Robert, Amory Lovins, Raj Sisodia & the 3rd Industrial Revolution Sustainability and THE FUTURE What is going on here? Why now? The Natural Step Conscious Capitalism Natural Capitalism Certified Benefit Corporations Benefit Corporations 71 Sustainability, the 3rd Industrial Revolution and the Kuznets Curve “The view that greater economic activity inevitably hurts the environment is based on static assumptions about technology, tastes and environmental investments …” [emphasis added] “… as incomes rise, the demand for improvements in environmental quality will increase, as will the resources available for investment.” 72 Sustainability, the 3rd Industrial Revolution and the Kuznets Curve Dasgupta, Susmita, Benoit Laplante, Hua Wang, and David Wheeler. 2002. "Confronting the Environmental Kuznets Curve." Journal of Economic Perspectives, 16(1): 147-168. 73 Sustainability, the 3rd Industrial Revolution and the Kuznets Curve You are HERE! 74 Hans Rosling and the Kuznets Curve 75 Karl-Henrik Robert, Amory Lovins, Raj Sisodia & the 3rd Industrial Revolution Sustainability and THE FUTURE What is going on here? http://www.impactlab.net/2013/06/05/how-did-the-work-life-balance-get-soawful-in-america/ 76 Karl-Henrik Robert, Amory Lovins, Raj Sisodia & the 3rd Industrial Revolution Sustainability and THE FUTURE What is going on here? http://www.impactlab.net/2013/06/05/how-did-the-work-life-balance-get-soawful-in-america/ 77 Karl-Henrik Robert, Amory Lovins, Raj Sisodia & the 3rd Industrial Revolution Sustainability and THE FUTURE What is going on here? http://www.telegraph.co.uk/finance/personalfinance/comment/iancowie/6274 049/Would-you-put-your-pension-on-a-politicians-promise.html 78 Viktor Frankl & the 3rd Industrial Revolution Sustainability and THE FUTURE What WILL you do WITH YOURSELF When you aren’t working to put food on the table? 79 Viktor Frankl & the 3rd Industrial Revolution Sustainability and THE FUTURE 80 Sustainability & the 3rd Industrial Revolution 81 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH Automation: ROBOTICS New Materials: ??? What does this all mean? 82 The 3rd Industrial Revolution Mass Production and THE FUTURE Energy: CHEAP OFF-GRID ENERGY Communication: IoT KNOWLEDGE MANAGEMENT Manufacturing: 3D PRINTING Scaling: NANOTECH Automation: ROBOTICS New Materials: ??? We really are facing a “meta” revolution 83 Adam Smith & the 3rd Industrial Revolution Mass Production to Mass Customization Capital Individually made MASS PRODUCED Individually made 84 “Manufacturers should start by assessing the vulnerability of their output to substitution by the home craftsman. Analyzing the nature of the items that were made in large enterprises before the Industrial Revolution will suggest what types of product line are most defensible. Relevant independent variables might include bulk, product complexity, the ability to personalize design or features, and the potential for display. Strategies for the most vulnerable products might need a complete rethink.” https://hbr.org/2014/12/is-the-era-of-mass-manufacturing-coming-to-an-end 85 Sustainability & the Maker Movement The exact definition of “makers” is a bit imprecise, but you can think of them as the web generation creating physical things rather than just pixels on screens. To use the terminology of the MIT Media Lab, they’re treating atoms like bits—using the powerful tools of the software and information industries to revolutionize the way we make tangible objects. There are three underlying forces at work in this transformation of tinkering. 1. The first is the emergence of digital tools for design and manufacturing… 2. The second factor is the digital means of collaboration… 3. The third element is the rise of the factory for hire… 86 Adam Smith & the 3rd Industrial Revolution Mass Customization and Life-Cycle Assessment Environmental profiles for custom made-to-order goods??? 87 John Maynard Keynes & the 3rd Industrial Revolution Mass Customization and Eco-Efficiency Hecksher-Ohlin-Samuelson 2 sector model of general equilibrium • Comparative Advantage GONE • • • • • Opportunity Cost GONE Specialization GONE Economies of Scale GONE Barriers to Entry GONE Inventory / Just-in-Time GONE Economic profiles for custom made-to-order goods??? 88 Sustainability & the 3rd Industrial Revolution Mass Customization The Natural Step Natural Capitalism IS THE FUTURE Conscious Capitalism Sustainability tools will have to be re-engineered 89 Sustainability & the 3rd Industrial Revolution Mass Customization IoT ??? Robotics ??? New Natural Capital ??? Materials ??? Energy ??? Nano tech ??? IS THE FUTURE 3D Printing ??? Human Capital ??? CUSTOM ITEM Capital ??? Getting to the Circular Economy is going to be exciting! 90 Sustainability & the 3rd Industrial Revolution Mass Customization IS THE FUTURE Human Capitol ? The rate of change is accelerating! 91 What the 3rd Industrial Revolution might look like PUBLISHED IN 1995… 92 Thank you. 93