Difference between revisions of "Team:ECUST/Description"

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<p>This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.</p>
 
<p>This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.</p>
  
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<p>This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.</p>
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<p>This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.</p>
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<p>This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.</p>
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Revision as of 03:45, 2 October 2018

Overview
ECUST 2018

Introduction

This year, ECUST 2018 will use synthetic biology ideas to design genetic circuits. Construct genetic engineering bacteria integrating sensing, derusting and sterilization. Reduce the cost of chemical reagents for companies and bring huge green economic benefits.

Description

The industrial cooling water accounts for about 70% of total water consumption, which is a huge proportion. The existence of microorganism will scale the pipeline, producing sludge and rust. As a result, we will see a decrease in water flow, an increase in energy consumption and damage to equipment, which are especially serious to large equipment. At present, many companies are providing services on clearing up the cooling water systems with physical and chemical methods, which require huge amounts of expensive agents, while doing serious damage to the systems. Therefore, it is an urgent necessity to construct a kind of engineered strain which can finish the task of killing iron bacteria, removing rust and sludge at the same time, which is environment-friendly and independent of chemical agents while reducing costs dramatically.