• <abbr id="ck0wi"><source id="ck0wi"></source></abbr>
    <li id="ck0wi"></li>
  • <li id="ck0wi"><dl id="ck0wi"></dl></li><button id="ck0wi"><input id="ck0wi"></input></button>
  • <abbr id="ck0wi"></abbr>
  • <li id="ck0wi"><dl id="ck0wi"></dl></li>
  • Home >

    Finland Develops New Technology To Boost Waste Textile Recycling

    2015/2/6 11:23:00 34

    FinlandTechnologyRecycling Of Waste Textiles

    According to the Finland VTT technology research center, the dissolution of waste textiles provides an opportunity to reuse large quantities of waste materials for textile production. The new technology can recycle cellulose fiber textiles, not only breaking through the limitation of landfill disposal, but also promoting the effective utilization of materials.

    The directive adopted by the European Union in 1999 contains quantitative restrictions on the gradual disposal of degradable wastes that are stacked in landfills. EU countries must make decisions on the future disposal of textile wastes. Finland has introduced regulations to terminate the dumping of textile wastes and will take effect from January 1, 2016.

    In view of the treatment of textile waste, Finland is actively studying new industrial solutions. The VTT Technology Research Center's report shows that the fabric that is worn or even stained with a lot of stains can be obtained as good as the original or better than the original.

    although textile The reuse and mechanical recovery methods reduce the environmental burden, but the bulk textiles containing poor or badly stained materials limit the opportunity for recycling. The new method has increased the possibility of textile waste utilization, the Finland VTT technology research center. Ali Harlem Yu The professor pointed out.

    For high value products, textile recycling saves raw materials. The premise of functional recovery is a system for effective recovery and utilization of textiles for environmental considerations. "Early consideration of recycling is very important at least in the planning stage." Anna-KaisaAuvinen, managing director of Finland textile and Garment Industry Association (Finatex), said.

    Anna said: "when the textile and garment industry, consumers and other stakeholders work together to build a voluntary and practical recycling system, the best results will be achieved. We have convened Finland There is a common desire for the development of textile recycling solutions.

    VTT, Artaud University and Tampere University of Technology jointly develop new regenerated textile fibers in the "cellulose design world" project (a major technological development project of Tekes, Finland national technological innovation Bureau).

    At present, scientists are working on the method of separating cellulose molecules from waste textiles such as cotton by means of highly efficient and environmentally friendly solvents. There are several ways to dissolve cellulose. They have made remarkable progress in the past 10 years. One of them is the Ioncell-F method of Artaud University, which uses the ionic solvent developed by University of Helsinki. VTT's role in the project includes cleaning large staple textiles and preparing suitable forms of cellulose for solvents. Artaud university is responsible for developing the spinning process.


    • Related reading

    Wearable Device Market Will Usher In The Outbreak

    science and technology culture
    |
    2015/2/4 15:48:00
    27

    Huizhou: To Build An Equipment Manufacturing Industry With An Output Value Of Over 100 Billion Yuan

    science and technology culture
    |
    2015/2/3 13:53:00
    44

    E- Monitoring Clothing Has Gradually Become The Second Skin Of Human Beings.

    science and technology culture
    |
    2015/2/2 14:23:00
    32

    Negative Ion Mask: Improving Lung Function

    science and technology culture
    |
    2015/1/30 14:59:00
    40

    The Future Of Smart Fitting Rooms Is Optimistic.

    science and technology culture
    |
    2015/1/28 16:42:00
    33
    Read the next article

    Xiaoshan Completes Printing And Dyeing Chemical Industry Ahead Of Schedule

    In the case of 20.6% reduction in the number of enterprises, output increased by 23% and output value increased by 31.7%. At the same time, printing and dyeing enterprises wastewater emissions decreased by 32.3%, emission intensity decreased by 45%.

    主站蜘蛛池模板: 另类人妖与另类欧美| 性欧美高清video| 国产三级在线观看专区| www视频在线观看免费| 欧美军同性videosbest| 国产欧美在线视频免费| 久久午夜福利电影| 老师的兔子好多软水在线看| 文轩探花高冷短发| 免费欧洲毛片A级视频无风险| av无码精品一区二区三区四区 | 性中国videossex古装片| 亚洲欧美国产一区二区三区| 五月天国产视频| 无遮挡动漫画在线观看| 午夜毛片不卡免费观看视频| a级毛片100部免费观看| 欧美中文字幕在线| 午夜精品在线视频| 日韩在线播放全免费| 好黄好猛好爽好痛的视频| 亚洲AV永久精品爱情岛论坛| 精品400部自拍视频在线播放| 国内精神品一区区| 久久99精品福利久久久| 男人扒开添女人下部免费视频| 国产精品无码专区AV在线播放| 中文字幕AAV| 欧美色欧美亚洲高清在线观看| 国产三级电影在线观看| 2021久久精品国产99国产精品| 日本特黄特色免费大片| 亚洲狠狠色丁香婷婷综合| 黄色a级免费网站| 国内自拍视频一区二区三区| 中文字幕在线播放| 朝桐光亚洲专区在线中文字幕 | 很黄很污的视频在线观看| 亚洲最大综合网| 免费h视频在线观看| 怡红院亚洲怡红院首页|