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Digital platform technology research to enable producers to achieve greater product longevity and better end of life solutions.

数字平台技术研究使生产商能够实现更长的产品寿命和更好的报废解决方案。

基本信息

批准号：
10026934
负责人：
金额：
$ 8.91万
依托单位：
TWIST SOLUTIONS LTD
依托单位国家：
英国
项目类别：
Collaborative R&D
财政年份：
2022
资助国家：
英国
起止时间：
2022 至无数据
项目状态：
已结题

来源：
https://gtr.ukri.org/projects?ref=10026934
关键词：
Digital platform technology research enable

项目摘要

We've all had the experience of a busted screen, button, or connector that can't be fixed, battery life degrading without a path for replacement, or being unable to add more storage when full. Individually, this is irritating and requires us to make unnecessary and expensive purchases of new products to get around what should be easy problems to solve. Globally though, it's much worse. We create over fifty million tons of e-waste each year.Scaling up the circular economy from front-runners to the mainstream economic players will make a decisive contribution to achieving climate neutrality by 2050 and decoupling economic growth from resource use. Twist Solutions Ltd is developing a digital platform approach to help consumers to move to more sustainable consumption, with producers taking greater responsibility for the longevity and end of life of their products.In this project, Twist will conduct research to design a novel data prototype which holds a digital twin of each electronic sub-component of popular consumer products, including both environmental and economic impacts. Trials with early adopters will define which components most affect the extension of life, more sustainable sourcing of products, and an eco design of new circular processes.

我们都有过这样的经历：屏幕、按钮或连接器损坏，无法修复，电池寿命下降，没有更换的路径，或者在满时无法添加更多存储空间。就个人而言，这是令人恼火的，并要求我们进行不必要的和昂贵的购买新产品，以绕过什么应该是容易解决的问题。但在全球范围内，情况更糟。我们每年产生超过五千万吨电子垃圾。将循环经济从领跑者扩大到主流经济参与者，将为到2050年实现气候中和并使经济增长与资源使用脱钩做出决定性贡献。Twist Solutions Ltd正在开发一个数字平台方法，帮助消费者转向更可持续的消费，生产商对其产品的寿命和寿命结束承担更大的责任。在这个项目中，Twist将进行研究，设计一个新的数据原型，其中包含流行消费产品的每个电子子组件的数字孪生模型，包括环境和经济影响。与早期采用者的试验将确定哪些组件对延长寿命、更可持续的产品采购以及新循环流程的生态设计影响最大。