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trends and future of sustainable development - TransEco

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Sustainability* Requires Reference points for coordination-Conventional Principles- Conventional ObjectsTransition PathSystem Innovation- Industrial Ecology- Product Service Systems- Reverse LogisticsSystem Improvement- <strong>of</strong> existing systems*TimeConcept & ToolsLCT/LCA/LCM*Long-termSocietal GoalSustainable use <strong>of</strong>natural resourcesGuiding visionOperational objectivesDefinitions,St<strong>and</strong>ards/regulations,Prevention plans,Recycling targets,*‘Recycling Society’‘Low carbon society’etc ...Interim Goal*Figure 3.A life cycle approach to system innovation in waste management (adapted from Kemp<strong>and</strong> Loorbach 2003)5.1.4. Interim goalsInterim goals are an important part <strong>of</strong> transition paths. These interim goals are a product <strong>of</strong> the policyregime. Legally sanctioned regulative instruments explicitly establish the ‘rules <strong>of</strong> the game’, a gameplayed by actors, firms, suppliers, users, public authorities <strong>and</strong> scientists. Regulative rules (such as laws,definitions, waste management plans, quantitative targets, st<strong>and</strong>ards <strong>and</strong> financing structures) are aproduct <strong>of</strong> the interpretation <strong>and</strong> institutional articulation <strong>of</strong> the waste management principles guiding<strong>and</strong> providing stability in the regime.IE is loosely based on the metaphor <strong>of</strong> ecosystems, where industrial systems are viewed in terms <strong>of</strong>material <strong>and</strong> energy flows. IE exemplifies the need to close energy <strong>and</strong> material loops, dematerialisation<strong>and</strong> thermodynamically efficient energy utilization (Ehrenfeld <strong>and</strong> Gertler 1997). The waste hierarchyhas ontological similarity with IE - closing material <strong>and</strong> energy loops. Hence, making the wastehierarchy an interesting principle in waste management regimes as it provides a reference point forcoordination <strong>of</strong> action toward achieving a ‘recycling society’. IE’s analytical tools include inter alias, LCA<strong>and</strong> material flow analysis which aid in the design <strong>of</strong> ideal-typical closed loop systems (Ehrenfeld <strong>and</strong>Gertler 1997).Does the waste hierarchy equate to <strong>sustainable</strong> waste management? No. However, the wastehierarchy is more than just a decision making framework. The principle <strong>of</strong> the waste hierarchy 1 guidesindividual <strong>and</strong> collective action. The mantra <strong>of</strong> ‘reduce, reuse, recycle’ is well known outside the wastemanagement sphere, guiding the waste disposal actions <strong>of</strong> individuals <strong>and</strong> collectives. In terms <strong>of</strong> waste1The operational version <strong>of</strong> the valorisation principle <strong>and</strong> broader sustainability principles (including the preventionprinciple)223

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