Difference between revisions of "Team:ECUST China"

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   <h3>Abstract</h3>
 
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   <p>Waste paper, as one of the recyclable materials, can be recycled repeatedly in waste paper factories. During the recycling process, the pulp fiber will become shorter and shorter to the extent that it will be too hard to reuse. Moreover, the recycling of cellulosic materials from sewage is environmentally harmful if directly discharged but will be usable if recycled. Paper Transformer can help us realize the former degradation of short pulp fibers and the latter in situ synthesis of bacterial cellulose, forming a composite material which can increase the physical and chemical properties of recycled paper when mixed into the pulp. The excellent performance of our Paper Transformer is far from restricted in the paper-making industry alone but many industries (textile industry, etc) where cellulose plays a role.
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   <p>Wastepaper, as a recyclable materials, can be regenerated repeatedly in wastepaper factories. Nevertheless, the pulp fibers will shorten with every recycling processes. When it reaches a certain extent, these pulp fibers will be too hard to be reused. Furthermore, in the current recovery process, the paper quality will degrade if those short fibers are not strictly removed.
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    However, this problem can be resolved. We have developed the Paper Transformer which can manufacture composite materials which can improve the properties of recycled paper when mixed into pulp, by achieving the former degradation of short pulp fibers and the latter in situ synthesis of bacterial cellulose.
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    Also we will not stop at this, as the excellent performance of our Paper Transformer is far from been restricted within the paper-making industry alone but many industries where electronic paper, artificial skin and many other products are produced.
 
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  <a href="https://2019.igem.org/Team:ECUST_China/Description">Veiw  Description</a>
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  <p>We’re lucky to have a team of people that not only know what they are capable of, but care about how to work together better, think in terms of synthetic biology, and strive to create a complete and powerful Paper Transformer
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  -- they are all heroes.</p>
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Revision as of 13:59, 19 September 2019

Who We Are

Abstract

Wastepaper, as a recyclable materials, can be regenerated repeatedly in wastepaper factories. Nevertheless, the pulp fibers will shorten with every recycling processes. When it reaches a certain extent, these pulp fibers will be too hard to be reused. Furthermore, in the current recovery process, the paper quality will degrade if those short fibers are not strictly removed. However, this problem can be resolved. We have developed the Paper Transformer which can manufacture composite materials which can improve the properties of recycled paper when mixed into pulp, by achieving the former degradation of short pulp fibers and the latter in situ synthesis of bacterial cellulose. Also we will not stop at this, as the excellent performance of our Paper Transformer is far from been restricted within the paper-making industry alone but many industries where electronic paper, artificial skin and many other products are produced.

Veiw Description

Featured Work

Design

Paper Transformer has a finely designed genetic circuit that enables automatic regulation and transformation.

Experiment

See how we can build the circuits step by step and make the system work.

Human Practices

Find out how our Human Practices are driving the project forward.

ECUST_China

EAST CHINA UNIVERSITY OF SCIENCE AND TECHNOLOGY

Shanghai, China

GET IN TOUCH

+86 123456

123456@123.com