Hong Kong Research Institute of Textiles and Apparel (HKRITA) garners recognition at the Edison Award 2024 and the 49th International Exhibition of Inventions Geneva, showcasing innovative advancements in textile technology.
In the realm of innovation and societal impact, the Hong Kong Research Institute of Textiles and Apparel (HKRITA) emerges as a frontrunner, clinching several prestigious international awards. Notable among these accolades are the Gold Award at the Edison Award 2024 and a series of medals.
Edison Award 2024: Revolutionizing comfort and recovery
In an innovative stride towards enhancing the quality of life for breast cancer survivors, HKRITA's Customised Comfort Bra to Aid Recovery from Mastectomy seized the Gold Award in the "Social & Cultural Impact (Health & Wellness)" category. This pioneering project introduces novel mastectomy bras featuring ergonomic design and 3D printing structure engineering. These bras, tailored to individual needs based on age, BMI, and body shape, offer unparalleled comfort and improved balance during the recovery phase. The meticulous judging process, focusing on concept, value, delivery, and impact, underscores the transformative potential of innovative textile solutions in addressing critical health challenges.
49th International Exhibition of Inventions Geneva: Redefining sustainability and efficiency
HKRITA's triumph extends beyond comfort innovation to encompass sustainability and efficiency in textile production and environmental stewardship. At the 49th International Exhibition of Inventions Geneva, HKRITA clinched an impressive array of awards, including two Gold Medals, one Silver Medal, and two Bronze Medals, showcasing its multifaceted commitment to innovation excellence.
Gold medal achievements
Dye Removal from Denim Textile Wastewater by a Combinative Adsorption and Regeneration System revolutionizes denim production by mitigating environmental and health risks associated with dye wastewater. Through an ingenious physiochemical system employing metal-doped alumina as an adsorbent, this project achieves efficient dye removal and regeneration, meeting denim production reuse standards at a reduced cost.
Fluorine-free and Bio-based Material for Durable Water and Oil Repellent fabrics pioneers a sustainable surface modification method, utilizing sea by-products and biopolymers to confer long-lasting water and oil repellency to textiles without harmful fluorinated compounds. This environmentally friendly approach ensures durability and efficacy, making it an ideal choice for outdoor apparel and industrial uniforms.
Silver medal achievement
A Lightweight Fabric-based Breathable Metamaterial for Low Frequency Noise Insulation introduces an innovative solution for noise control in industrial settings, utilizing breathable fabric metamaterials combined with energy adsorption coating to achieve effective low-frequency noise insulation. This lightweight and versatile material facilitates thermal control and heat dissipation, offering a sustainable and efficient solution for various applications.
Bronze medal achievements
Denim Fabric Cotton Recovery by Mechanical Warp Weft Separation pioneers AI-driven mechanical recycling systems to extract reusable indigo-dyed warp yarns from denim fabrics, minimizing waste and conserving resources without chemical intervention.
Design-thinking Creation of a Swelling-controllable Composite Tubular Fabric for Regenerative Agriculture presents an eco-friendly soil management system, utilizing biodegradable composite fabrics for irrigation, weed control, and nutrient preservation in agriculture, exemplifying HKRITA's commitment to sustainable development and innovation.
A vision for the future
Edwin Keh, Chief Executive Officer of HKRITA, emphasizes the institute's dedication to impactful research spanning diverse areas, including advanced textile products, material science, recycling, and environmental conservation. HKRITA's participation and triumph in these international competitions underscore its pivotal role in driving positive change and innovation in the global textile industry, paving the way for a sustainable and resilient future.
