Page 94 - Design for Environment A Guide to Sustainable Product Development
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Managing Envir onmental Innovation      73

               aspect of total quality management, DFE fits naturally into the IPD
               process. DFE is essentially an application of the above IPD approach
               to environmental performance. As stated above, the basic imperative
               of DFE is undeniably valid: “Get it right the first time.” In other
               words, anticipate environmental performance issues during design,
               thus avoiding costly changes in the future. It sounds simple, but to
               put this principle into systematic practice typically requires a sub-
               stantial organizational commitment.
                   Despite the many examples of successful DFE efforts described in
               Part 3 of this book, the current state of practice can be characterized
               as mainly opportunistic. Well-motivated and well-informed teams
               may be able to identify product improvements that are environmen-
               tally beneficial or that reduce life-cycle costs. However, many of the
               early successes in environmental performance improvement were
               the result of companies finding the “low-hanging fruit”—projects
               for which benefits were evident and barriers were few. In order for
               DFE to mature and be integrated into company practices, two types
               of permanent change are needed:
                    1. Organizational norms must be established that encourage
                      superior environmental performance. This requires evolving
                      from a broad corporate “mission statement” to setting achiev-
                      able environmental improvement goals and to making em -
                      ployees accountable for meeting or exceeding these goals.
                    2. Business processes must be modified to accommodate en -
                      vironmental performance criteria. This requires integrating
                      environmental quality metrics and assessment tools into
                      standard engineering practices, as well as developing mana-
                      gerial accounting systems that recognize environmental costs
                      and benefits.

                   Even though many companies have announced high-level com-
               mitments to sustainability and environmental excellence, they often
               encounter passive resistance at middle management levels. Imple-
               mentation of environmental innovation processes can be hampered
               by the same types of barriers that afflict any change initiative:
                    •  Resources are limited for starting new projects.
                    •  Organizational and cultural inertia tends to favor “business
                      as usual.”
                    •  Environmental issues are poorly understood among both
                      managers and employees.
                    •  Existing accounting systems are inadequate for reflecting
                      environmental value.
                    •  Product teams have a fear of compromising product quality
                      or production efficiency.
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