HKRITA Wins Seven Global Innovation Awards
    
      The Hong Kong Research Institute of Textiles and Apparel (HKRITA) has been
      developing innovative technologies aligned with its research themes of
      sustainable development, Industry 4.0, and social good. In the past two
      months, a number of our R&D projects received seven awards in the Just
      Style Excellence Awards and the World Changing Ideas Awards.
    
    
      Winning Five Category Awards in the Just Style Excellence Awards
    
    
      Our first-ever project for individuals in recovery from breast cancer “Developing a Customised Comfort Bra to Aid Recovery from Mastectomy” received two category awards, Research and Development (Medical
      Textiles) and Social (Health & Wellness), in the Just Style Excellence
      Awards. The mastectomy bras, developed with ergonomic design and 3D
      printing structure design and engineering, cater to the specific needs of
      women of different ages and recovering conditions.
    
    
      The project “Compact Electro-adhesion Gripper for Fabric Handling” has made significant strides in driving the transformation of the
      textile industry towards Industry 4.0. This gripper has received
      recognition in the Innovation (Fabric Handling Devices) category of the
      Awards for its effort in making the fabric manipulation process more
      flexible and efficient and increasing the level of automation.
    
    
      HKRITA was also acknowledged for its development of several
      environmentally friendly textile technologies, spanning diverse topics of
      eco-friendly dyeing, microplastics degradation, and separation of blended
      fibres for recycling. These innovative initiatives have received accolades
      in both the Innovation and Environmental categories of the Awards,
      highlighting their contribution to promoting sustainable development in
      the textile industry.
    
    
      
        
          
          The mastectomy bra and the customised bra pad better fit the body
          shape of the Asian wearers when compared to existing products in the
          market
        
 
        
          
          The roller is applied to the edge of the fabric, which is then
          attracted to the roller by electro-adhesion
        
 
        
          
          Using fabric surface functionalisation by metal-organic framework to
          enhance natural dye uptake can encourage the replacement of less
          eco-friendly synthetic dyes
        
 
        
          
          An eco-friendly, effective and economic solution to biodegrade
          microplastics by using a naturally occurring microbial consortium
        
 
       
      
     
    Receiving Two World Changing Ideas Awards
    
      The World Changing Ideas Awards honour organisations that develop creative
      solutions to the pressing issues of our time. HKRITA’s two projects, “Acousweep: an innovative microplastic fibre separation system using
        sweeping acoustic waves” and the initiative to
      turn beverage and fruit waste into bio-cellulose textile fibres, were recognised in its water and materials categories, respectively.
      Acousweep revolutionised the microplastic treatment process by using
      sweeping acoustic waves to trap and recover microplastics, minimising the
      use of filters and chemicals. The system significantly preserves water
      quality.
    
    
      The other award-winning project is an attempt to develop bio-cellulose
      textile fibres by repurposing beverage and fruit waste. Textiles fibres
      made from these sustainable raw materials have passed the laboratory tests
      of fibre strength and elongation, making less environmental impact
      comparing with cotton and wood-based fibres.
    
    
      HKRITA continues to develop more projects that can benefit the industry
      and society, while driving the advancement of innovative technologies.
    
    
      
        
          
          Acousweep collects microplastics by using sweeping acoustic waves
        
 
        
          
          Dyed bio-cellulose textile fibres and yarns can be applied in textiles
          production