
| Steering Business Toward Sustainability (UNU, 1995, 191 pages) |
| (introduction...) |
| Executive summary |
| Preface |
| Introduction |
![]() | 1. The challenge |
![]() | 2. NGOs as a driving force |
| Part one: Education |
![]() | 3. Educating the executive and students |
![]() | 4. The learning process within corporations |
![]() | (introduction...) |
![]() | Introduction |
![]() | Dialogues with forward-thinking customers |
![]() | Adequate information |
![]() | Benchmarking |
![]() | Systemic planning |
![]() | Individual and collective learning |
![]() | Conclusions |
![]() | 5. Assessing corporate environmental performance |
![]() | (introduction...) |
![]() | Introduction |
![]() | Environmental awards |
![]() | Assessing environmental performance |
![]() | Diffusing environmental information |
![]() | Social monitors: The case of CEP |
![]() | Monitoring networks |
![]() | Consumers of environmental information |
![]() | Impacting business practices |
![]() | Future improvements |
![]() | Improving data availability |
![]() | Improving data dissemination |
![]() | 6. Media, community, and business |
| Part two: Incentives |
![]() | 7. The role of government |
![]() | (introduction...) |
![]() | Development of new and future-capable product |
![]() | Closed-cycle economy and ecological enterprises |
![]() | From nuclear to solar industry |
![]() | Ecological pioneering |
![]() | 8. Ecological tax reform |
![]() | (introduction...) |
![]() | Introduction: Tax labor and income less, and tax resource throughput more |
![]() | Allocation, distribution, and scale |
![]() | Consumption and value added |
![]() | Policy implications |
![]() | Conclusions |
![]() | References |
![]() | 9. New concepts of fiduciary responsibility |
![]() | (introduction...) |
![]() | The prudent man |
![]() | The question of scale |
![]() | Asset management and the behavior of business |
![]() | Social investing |
![]() | Economically targeted investing |
![]() | The Jessie Smith Noyes Foundation |
![]() | Intel, SWOP, and the process of engagement |
![]() | Corporate culture and sustainability |
| Part three: Implementation |
![]() | 10. Industrial clusters of the twenty-first century |
![]() | (introduction...) |
![]() | Zero defects, zero inventory, zero emissions |
![]() | Front-end solutions versus end-of-the-pipe solutions |
![]() | Economies of scale |
![]() | Will Japan embrace the zero concept? |
![]() | The new clusters |
![]() | Recycling of ink and paper |
![]() | Forestry, perfumes, and preservatives |
![]() | Sugar, cleansing materials, water softeners and compostable plastics |
![]() | Beer, salmon, and cattle |
![]() | More to come |
![]() | Rethinking industrial policies |
![]() | Cuffing government costs |
![]() | Revitalizing the inner cities |
![]() | The case of China |
![]() | The role of the United Nations University |
![]() | Conclusion |
![]() | 11. Living machines |
| Afterword |
![]() | 1. The next hundred years |
![]() | Appendix |
This "cradle to cradle" concept represents new dynamics in the market. It will change the face of industry. The first one to benefit is the government (industrial policy makers and city authorities) and thus the tax payer. Indeed, if industry over the next two decades adopts zero emissions as a standard, then we will observe one of the biggest cuts in government budgets: i.e., the elimination of the need to invest in expensive infrastructure for handling the solid and other wastes produced by ordinary industries.
Let us face the facts. An industrial park requires today a massive up-front investment from local and national governments. The construction of the industrial sewage system, high-volume and high-pressure fresh water supply, high-voltage electricity, stabilized roads, and the like are multi-million dollar investments made decades in advance. Without these investments, no industry would even consider establishing an operation.
But, consider the following possibility: industry reduces water consumption by a factor of ten, has no need for an industrial sewage system because it reuses all waste water itself, energy efficiency is improved by a factor of five, and manufacturing is decentralized instead of highly centralized so that there is no need for high voltage. This changes the face of the industrial parks' infrastructural outlay and the budget needed to prepare for the investments. It has been estimated by the author that as much as 80% of the typical investment needed to prepare an area as an industrial park can be eliminated.