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Resource Productivity and Sustainable Growth: Applying nature's principles to extend a material's DNA to its next life

机译:资源生产力和可持续增长:应用大自然的原则将材料的DNA扩展到下一个生命

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In the field of sustainable development one of the challenging issues is the rate at which materials and energy are converted into waste. Consider the following statistics: (Ayres, 1998)1. For every 100 pounds of product manufactured, we create about 3,200 pounds of waste; and,2. Only 6% of the materials we extract each year from the Earth become durable goods; the other 94% is converted into waste within a few weeks or months.3. While the above figures apply to all materials from the time they are extracted from the earth to the time they are discarded, our analysis of articles made from major thermoplastics confirms indeed that about 87% of commodity thermoplastic are discarded within a few weeks to months of production from crude oil. At today's prices this amounts to sending $15 to 20 billion (enough to eradicate Malaria) to landfill sites around the country at a high cost to society. While the tremendous benefits that plastics have provided to society are undisputable, this level of wasted wealth, combined with their impact on Greenhouse gases and carbon footprint during their lifetime call for a concerted effort to find balanced solutionsThis paper present a strategic framework for sustainable business growth based on a model of sustainable production, recovery and re-use. As a starting point, there are two sets of guiding principles, called Ecological Principles and Economic Principles. They apply nature's principles to guide the use of a single material along a time line to preserve and extend the material's DNA to its next life. By designing and making simple short lived articles first, and subsequently using the nearly pure material again for complex long lived articles the time-value of materials can be extended. By proactively facilitating the transfer of materials and information from one manufacturer to the next at the end of the useful life of the articles manufacturers could benefit financially. Application of these principles reduces the amount of material and energy input and recaptures some of the value lost to waste and enhance both ecological and economic value.However to capture significant value from these principles companies must look beyond their own boundaries and even beyond their traditional value chain to non-traditional partners who can give their materials a next life. Realizing these opportunities requires a shift in thinking to conceive new business models and non-traditional relationships. This paper will explore a few business frameworks for re-thinking the business model, redesigning the products and re-engaging employees.
机译:在可持续发展领域,一个具有挑战性的问题之一是材料和能源被转化为废物的速度。考虑以下统计数据:( Ayres,1998)1。每100磅制造的产品,我们创造了约3,200磅的废物;而且,2。只有6%的材料从地球上提取的材料都变成了耐用的商品;其他94%在几周或几个月内转化为废物。虽然上述数字适用于从地球中提取到丢弃的时间的所有材料,但我们对由主要热塑性塑料制成的制品的分析确实是大约87%的商品热塑性塑料在几周到几个月内被丢弃原油生产。在今天的价格上,这增加了15至20亿美元(足以消除疟疾),以高成本到社会的垃圾填埋场。虽然塑料提供给社会的巨大效益是无可争议的,但这种浪费的财富水平,与他们的终身呼吁相结合他们对温室气体和碳足迹的影响,以便找到平衡的解决方案纸张可持续业务增长的战略框架基于可持续生产,恢复和重复使用的模型。作为起点,有两套指导原则,称为生态原则和经济原则。它们适用于自然的原则,以指导沿着时间线使用单一材料以保护并将材料的DNA延伸到下一个生命。通过首先设计和制造简单的短寿命的文章,随后再次使用近似纯材料用于复杂的长寿命的文章,可以延长材料的计时值。通过积极促进从一个制造商转移材料和信息,在艺术品的使用寿命结束时,制造商可以在经济上受益。这些原则的应用降低了材料和能量输入的量,并重新夺回了一些损失的价值,以浪费,增强生态和经济价值。无论如何从这些原则中捕获重大价值,公司必须超越自己的边界,甚至超越其传统价值。链接到非传统合作伙伴,谁可以将其材料提供下一个生命。意识到这些机会需要转变思考,以构思新的商业模式和非传统关系。本文将探索一些商业框架,重新思考商业模式,重新设计产品和重新参与员工。

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