Page 384 - Design for Environment A Guide to Sustainable Product Development
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Sustainability and Resilience     359

                      carbon intensity  of energy consumption will decline if we
                      can scale up the use of biofuels or carbon sequestration
                      (see Chapter 18). Likewise, the waste generated per unit of
                      material throughput will decline if we can achieve greater
                      eco-efficiencies through product life-cycle management (see
                      Chapter 10).

                   The implication is that we need to seek disruptive innovations in
               both production and consumption of goods and services in order to
               drastically reduce our material and energy requirements. For devel-
               oped countries, this could mean significant lifestyle changes, but not
               necessarily diminished quality of life. It is conceivable that a shift
               toward smaller-scale distributed production, reduced reliance on
               motorized transportation, denser living communities, more modest
               consumption patterns, and reduced waste generation might actually
               result in a less stressful and more healthful lifestyle. For developing
               countries, sustainable growth would imply a nontraditional pattern
               of growth that favors highly efficient “clean” technologies, with an
               emphasis on social equity and inclusion.  Arguably, much can be
               accomplished simply by scaling up existing technologies, such as
               alternative energy sources and green buildings [5].
                   Achieving sustainable growth will require global collaboration
               on an unprecedented scale aimed at public education, environmental
               policy, and innovation. Companies will need to push the boundaries
               of their DFE efforts beyond the individual enterprise, working with
               customers, suppliers, competitors, and other interested parties. Gov-
               ernments will need to become more innovative in developing policies
               and strategies for large-scale infrastructure systems—urban systems,
               water resource systems, regional transportation systems, and energy
               distribution systems. To avoid the paralysis of parochial debate and
               traditional lobbying, we will need to form joint industry-government
               task forces and public-private partnerships. Actually, a President’s
               Council for Sustainable Development was convened in the United
               States during the 1990s with high-profile industry participation, but
               it accomplished little in terms of genuine change. Perhaps a greater
               sense of urgency will yield more meaningful results in the future.
                   To address these challenges, the United Nations has set in motion
               the Marrakech Process, a series of global initiatives through which
               countries are working towards a 10-Year Framework of Programmes
               on Sustainable Consumption and Production. Seven government-led
               Task Forces have been created to carry out activities at national or
               regional levels to help accelerate a shift to more sustainable consump-
               tion and production patterns throughout the world. These voluntary
               teams of experts from government ministries, regional organizations,
               academic research institutes, technical agencies and UN bodies are
               attempting to tackle pressing problems in innovative ways. They
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