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打破恶性循环:干法纸网铺设和生物聚合物助力可持续未来.pdf

上传人: 探** 编号:711847 2025-06-04 25页 1.77MB

1、RWTH,Peter WinandyBreaking the Vicious Cycle:Dry Paper-Web Laying and Biopolymers for a Sustainable FutureAnna Tietjen,Bendix Brggenjrgen Tissue World Dsseldorf 2025 08.04.2025Anna Tietjen|Bendix Brggenjrgen Breaking the Vicious Cycle:Dry Paper-Web Laying and Biopolymers for a Sustainable FutureWhat

2、 is the Vicious Cycle?Companies are hesitant to adopt sustainable alternatives due to competitiveness and economic pressure.Investment in optimising sustainable technologies and new materials remains limited,as demand stays low.Many sustainable solutions stay commercially inviable,as research remain

3、s insufficient.Sustainable solutions remain expensive due to inefficient production and limited supply chains.DemandInnovationCostResearch1Anna Tietjen|Bendix Brggenjrgen Breaking the Vicious Cycle:Dry Paper-Web Laying and Biopolymers for a Sustainable Future The Driving Forces for Breaking the Cycl

4、eDemandInnovationCostResearchRegulatory PressureMarket DifferentiationEnvironmental ConcernConsumer DemandRegulations and demand drive change,but only research breaks the cycle.2Anna Tietjen|Bendix Brggenjrgen Breaking the Vicious Cycle:Dry Paper-Web Laying and Biopolymers for a Sustainable Future B

5、reak the vicious cycle!CostInnovationDemandResearchMore companies adopt sustainable solutions,driving market demand,because prices decrease and performance improves.New technologies emerge that improve the efficiency of sustainable solution,when investments are made in research.As scientific advance

6、ments lead to better solutions,sustainable alternatives become more competitive.Sustainable alternatives become more affordable for companies and consumers as expenses are reduced through improved production.3Example for a Sustainable FutureDry Paper-Web LayingConsolidationFiber DefibrationPaper Usa

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本文主要讨论了如何通过干纸网铺和生物聚合物实现造纸工业的可持续发展。关键点如下: 1. 造纸业面临可持续发展的挑战:由于竞争和经济压力,公司对采用可持续替代品持谨慎态度,导致对可持续技术和新材料的研究投资有限。 2. 驱动力:监管压力、市场差异化、环境关切和消费者需求是推动行业变革的关键因素。 3. 破解恶性循环:随着更多公司采用可持续解决方案,市场需求增加,价格下降,性能提高,从而促进新技术的发展,降低可持续解决方案的成本。 4. 干纸网铺技术:介绍了干纸制造和非织造工艺在造纸行业的应用,例如振动成型、静电成型和刷子成型等。 5. 生物聚合物:探讨使用生物聚合物作为湿巾等产品的可持续替代品,如热塑性淀粉、壳聚糖、大豆蛋白和聚乳酸等。 6. 研究是关键:研究在提高生物聚合物性能、实现生产规模化和降低成本方面发挥重要作用,将当前的局限转化为未来的可持续创新。 核心数据:FOMOP项目致力于到2045年将纸张生产的能源需求降低80%。传统工业空气铺网系统的能耗约为1千瓦时/千克。
"干纸网铺如何改变未来?" "生物聚合物能否终结恶性循环?" "无水纸制造,创新还是挑战?"
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