Sustainability
Using low-carbon physical recycled fiber materials as materials, make recycled fiber-related products and apply them to clothing, home furnishings, bags, and shoe textiles. The technology is aimed at all kinds of fabrics by physical defibrillation and recycling fabric classification, slitting, melting, granulation, spinning and layering ATY processing technology, to develop regenerated fiber layer ATY yarn and establish staple spinning cotton, Color matching and carding, drawing, roving, worsted, winding and other process development conditions and technologies are established to improve the reuse rate of industrial process waste (discarded yarn, bobbin yarn, defective cloth, and garment pieces), and develop Regenerated fiber is used in clothing, curtains, shoe materials and other related products.
Sustainability | Green Energy ＆ Environment/Life Application
1. This technology utilizes chicken manure compost, free-living nitrogen-fixing bacteria (Azotobacter), phosphate-solubilizing bacteria (Bacillus), and a small amount of chemical fertilizer as raw materials for the production of granulated pellets of eco-fertilizers, aiming to facilitate the policy of halving chemical fertilizer usage and achieving net-zero emissions. 2. Ultra-efficient eco-fertilizers can enhance carbon sequestration in soil, promote nutrient recycling, reduce the use of chemical fertilizers, and reduce carbon emissions caused by the application of chemical nitrogen fertilizers. 3. Ultra-efficient eco-fertilizers provide crops with a healthy environment to grow in and bring vitality to the soil all across Taiwan.
Sustainability | Agriculture
Through the integration and development of miniature sound sensing evaluation device, the wearing performance evaluation of hearing protectors is implemented. The device can be installed in the earmuff-type hearing protectors, without damaging the structure and function of the hearing protectors. Also, it can detect the internal exposure volume and noise exposure amount after wearing of the hearing protectors. It can be used to evaluate the actual performance of hearing protectors after wearing in order to serve as a reference for immediate management for the selection, use, exposure dose assessment, and exposure time management of hearing protectors. Hearing protectors are the last line of defense to maintain hearing health. When hearing protectors are not worn completely or if the fit is not total, there will be sound leakage and the noise exposure will be increased in the ears. However, it is difficult to know the volume of noise exposure in the ear after wearing hearing protectors in an objective way. Therefore, this device integrates a miniature sound sensing and evaluation technology for sound signal acquisition, data calculation and output and also evaluates the wearing performance of hearing protectors. The actual performance of hearing protectors is evaluated in a non-destructive manner which serves as a reference for real-time management for the use of hearing protectors and noise exposure assessment.
Sustainability | Life Application
1. Protectosil® contributes to the fight against climate change by making our buildings more resilient 2. No matter if infrastructure buildings like bridges or parking decks, or construction materials like roof tiles or fiber cement boards – Protectosil® prolongs the service life of our building. This does not only save maintenance costs, but also raw materials for replacement measures.
Sustainability | Materials ＆ Chemical Engineering ＆ Nanotech
2023 Taiwan Innotech Expo - Sustainability Pavilion_Self-propelled soil steam sterilizer
2023 Taiwan Innotech Expo - Sustainability Pavilion_LED Lighting Device for the Control of Litchi Fruit Borer (Conopomorpha sinensis)
2023 Taiwan Innotech Expo - Sustainability Pavilion_Healthcare embryonic products of Jelly-fig (Ficus awkeotsang)
Coming soon!
