Framing Sustainability Innovation and Entrepreneurship
3.4 Practical Frameworks and Tools
Learning Objectives
- Understand the core premises of each framework or tool.
- Compare and contrast the frameworks and tools to evaluate the contributions of each to sustainability thinking.
- Apply the frameworks and tools to improve existing products and services or to create new ones.
This section lists and discusses a set of frameworks and tools available to business decision makers. Those who are starting companies or those inside established firms can draw from these ideas and conduct further research into any tool that is of particular interest. Our purpose is to educate the reader about the variety and content of tools being applied by firms that are active in the sustainability innovation space. Each tool is somewhat different in its substance and applicability. The following discussion moves from the most general to the most specific. For example, The Natural Step (TNS) is a broad framework used by firms, municipalities, and nonprofit organizations, whereas industrial ecology is an academic field that has provided overarching concepts as well as developed product design tools. Natural capitalism is a framework developed by well-known energy and systems expert Amory Lovins together with L. Hunter Lovins and author-consultant Paul Hawken. Ecological economics is a branch of economics that combines analysis of environmental systems with economic systems, while cradle-to-cradle is a design protocol with conceptual roots in the field of industrial ecology. Nature's services refers to the ability of natural systems to ameliorate human waste impacts, and the related concept of ecosystem service markets references the burgeoning arena of markets for the services natural systems provide to business and society. The biomimicry approach calls for greater appreciation of nature's design models as the inspiration for human-designed technology. Green chemistry is a fast-expanding challenge to the conventional field of chemistry. It invites use of a set of twelve principles for the design of chemical compounds. Green engineering offers guiding design parameters for sustainability applied to engineering education. Life-cycle analysis, design for environment, concurrent engineering, and carbon footprint analysis are tools for analysis and decision making at various levels of business activity including within the firm and extending to supply chains. There is no "right" framework or tool. It depends on the specific task at hand. Furthermore, some of these tools share common assumptions and may overlap. However, this is a useful sample of the types of frameworks and tools in use. Reviewing the list provides the reader with insights into the nature and direction of sustainability innovation and entrepreneurship.