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One useful organizational framework for envisioning different kinds of costs and benefits that businesses encounter is referred to as Total Cost Assessment (TCA). TCA assigns levels of uncertainty to the types of costs associated with various aspects of business activities. Typically five such types are recognized:
Taken as a whole, these cost/benefit types include all three of the basic elements of the sustainability paradigm. However Type IV and V costs are often difficult to assign a dollar value to; indeed even if this can be done, projecting their value into the future is an uncertain science.
Life cycle assessment (LCA) can also be used to visualize and organize a sustainability model for businesses (See Module Life Cycle Assessment for more information). Recall that LCA grew out of industry’s needs to understand how product manufacturing systems behave, and to develop workable models that could be used to control and optimize material and energy flows, ensure product quality, manage environmental impacts, and minimize costs (these functions are collectively referred to as the supply chain). An expanded use of LCA incorporates the complete product chain , examining consumer uses, benefits and costs, and the post-consumer disposition of the product. This has led to product conceptualization and development, and in some cases regulatory reform, that incorporate business practices and plans built upon the concept of eco-efficiency , and extended product/producer responsibility (EPR). Eco-efficiency is an evolutionary business model in which more goods and services are created with less use of resources, and fewer emissions of waste and pollution. Extended product/producer responsibility involves the creation of financial incentives, and legal disincentives, to encourage manufacturers to make more environmentally friendly products that incorporate end-of-life costs into product design and business plans. For example one business model that is conducive to EPR is a “lease-and-take-back” model in which products must eventually come back to the manufacturer or retailer, who then must reckon with the best way to minimize end-of-life costs. Remanufacturing, recycling, and reuse of materials are the intended results of EPR, but ordinary disposal, including landfilling or incineration, can also be an option.
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