Genomatica, San Diego, CA 92121, USA.
Genomatica, San Diego, CA 92121, USA.
N Biotechnol. 2021 Jan 25;60:9-11. doi: 10.1016/j.nbt.2020.08.005. Epub 2020 Aug 24.
Biotechnology methods and applications have the potential to accelerate a transition to a more circular economy. This article identifies five distinct points within a typical product lifecycle as areas where biotechnology can be impactful, starting with so-called 'beginning-of-life', with the ability to make many widely-used chemicals and materials using renewable feedstocks to reduce greenhouse gas emissions. This extends into a discussion of novel materials; a holistic approach to designing for improved lifecycle outcomes; compostability; and the potential for reuse and up-cycling at end-of-life, to enable a circular flow of materials. We propose specific steps that can be taken by chemical and materials manufacturers, designers and brands.
生物技术方法和应用具有加速向更循环经济转型的潜力。本文确定了典型产品生命周期内的五个不同点,这些点是生物技术可以产生影响的领域,从所谓的“生命周期开始”开始,使用可再生原料制造许多广泛使用的化学品和材料,以减少温室气体排放。这延伸到了新型材料的讨论;为了提高生命周期结果而进行的整体设计方法;可堆肥性;以及在生命周期结束时进行再利用和升级循环的潜力,以实现材料的循环流动。我们提出了化学和材料制造商、设计师和品牌可以采取的具体步骤。