Well-being Material Library
As RISC researchers, we focus on the search for the best materials to implement in construction projects as well as for a better quality of life according to our concept of "for all well-being".
Expanding our Integrated Research Network and building partnerships with public sector eco-designers and manufacturers, the library will exponentially grow and become one of the most extensive eco-material collections available.
Materials Display
This is the first library to collect and display eco-materials for design and architectural applications to support designers. The library also showcases the most updated material trends.
Materials Studio
Material Studio Workshop is a space for preparing new materials for the RISC library. The studio includes a photo studio and material storage space. It is also a space for collaborative workshop activities to exchange ideas and information.
Materials Online
The information on all materials will be collected and digitized for our online database which you can conveniently search for information. In the future, this database will be the most comprehensive material database available.
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What’s new
Assoc. Prof. Dr. Apichat Praditsmanont attended the launch of the Travel Tech Startup 2024 contest
Knowledge
Waste to "VALUE": Transforming Waste into Worth
Thailand generated 19.8 million tons of industrial waste in 2023, 18.7 million non-hazardous and 1.1 million hazardous, according to the Department of Industrial Works.Most industrial waste comes from sugar production (38.8%), thermal power generation (14.3%), food and beverages (11.9%), steel (6.4%), ethanol (5.7%), along with other industries such as paper, automotive parts, chemicals, plastics, and textiles.Large volumes of waste are typically generated during industrial production—and the amount is increasing each year. Without proper management, such waste can have severe environmental impacts, including hazardous chemical contamination, microplastics in soil and water, and the spread of harmful pathogens.The Circular Economy focuses on reusing waste to reduce overall volume and sustainably transform it into valuable resources.This process starts with product design that minimizes resource use and reduces waste during production. It also includes considerations for end-of-life product management, such as using biodegradable, recyclable, or reusable materials. Importantly, by-products from manufacturing should not be treated as mere waste, but as valuable resources—offering opportunities to create added value, such as using them as raw materials for new products. This maximizes resource efficiency.One example is the production of carpet tiles from nylon fibers by Tarkett.Tarkett’s carpet tiles are designed to be disassembled: The carpet pile, made of nylon fibers, can be chemically recycled along with other production scraps and nylon waste (e.g., fishing nets, mesh, garments, and plastic parts) into new nylon fiber for producing new carpets. The backing layer, once separated, is shredded and reformed into new backing material for future carpet tiles. This thoughtful design and material selection significantly reduces waste, lowers environmental impact, adds value, and cuts disposal costs.Turning waste into new products through circular design not only reduces waste and environmental impact but also adds value—through materials engineered for recycling and efficient resource use at every step. The outcome is not only lower disposal costs, but also new business opportunities to develop sustainable products.If your organization or industry is looking to turn factory waste into value and build a sustainable circular economy, contact:RISC Line ID: risc_centerTel: 063-902-9346Email: risc_admin@dtgo.comStory by: Supunnapang Raksawong, Materials Researcher in Sustainable Building Material, RISCReferences:National Statistical Office. Thailand Environmental Statistics 2024: https://www.nso.go.th/public/e-book/Indicators-Environment/Environment-Indicators-2567/Department of Industrial Works. Industrial Waste Summary 2023: https://api.diw.go.th/public/tableauPublic.jsp?name=A4&ms=1744165687192Tarkett. Climate and Circular Economy
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