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A Unique Historical Case to Understand the Present Sustainable Development

机译：一个独特的历史案例，以了解目前的可持续发展

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Every innovation seeks to become a profitable business, with this considered to be the engine for economic prosperity. When an innovation is revolutionary, its long-term consequences can be revolutionary too. The Haber-Bosh process for ammonia synthesis is arguably the twentieth century's most significant innovation, and its importance to global food production and its impact on the environment are not expected to diminish over the coming decades. The historical case of the ammonia synthesis process invented by Fritz Haber and the ensuing innovation provides an incomparable opportunity to illustrate the interactions across contemporary needs, prominent scientists, political concerns, moral dilemmas, ethics, governance and environmental implications at a time when the concept of sustainability was still in its infancy. Despite its high economic and environmental costs, no cleaner or more efficient sustainable alternative has so far been found, and so replacing this "old" innovation that still "feeds" a large part of the world's population does not appear to be on the cards in the near future.
机译：每一项创新都试图成为一个有利可图的业务，这被认为是经济繁荣的发动机。当创新是革命性的时，它的长期后果也可能是革命性的。氨综合的Haber-Bosh过程可以说是二十世纪最重要的创新，并重要全球粮食生产及其对环境的影响，预计将在未来几十年中削弱。由弗里茨·哈默尔发明的氨合成过程的历史情况和随后的创新提供了一个无与伦比的机会，说明当代需求，突出的科学家，政治问题，道德困境，道德，治理和环境影响的互动的无与伦比的机会可持续性仍处于起步性。尽管经济和环境的成本很高，但到目前为止没有清洁或更有效的可持续替代方案，因此取代了这种“旧”创新，仍然“饲料”世界的大部分人口似乎没有似乎在卡上不久的将来。

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