Designer Jamie Tai recently discovered a way of using a naturally occurring sugar to protect against dehydration. In recent years, global warming has intensified periods of drought and other forms of extreme weather. This natural substance provides a new way for humans to adapt to changing global conditions.
'Trehalose Artefacts' is a project that involves the use of trehalose to protect against dehydration in extreme conditions. The naturally occurring sugar is infused into clothing and skincare products to supply the user with a source of hydration. These products are ideal for mountaineers, construction workers or anyone else who spends a significant amount of time in extreme conditions.
While the sugar-based hydration products are only a concept, the project demonstrates some of the unique ways that scientists are preparing for changing environmental conditions.
Why This Trend Is Growing
- Naturally Occurring Sugar
- A new way to create products that provide a source of hydration using natural sugars, presenting an opportunity for companies to create new products that are environmentally sustainable.
- Innovative Applications of Trehalose
- Trehalose is being used in different scenarios, such as skincare and clothing products, providing an opportunity for companies to innovate with this ingredient.
- Adapting to Changing Global Conditions
- As global warming changes environmental conditions, companies can create products that adapt to these new situations, using Trehalose as a natural solution.
Industries Being Reshaped
- Outdoor Clothing Industry
- Outdoor clothing companies can incorporate Trehalose-infused fabrics to provide consumers with products that protect against dehydration in extreme conditions.
- Skincare Industry
- Skincare companies can innovate with Trehalose as an ingredient to create environmentally sustainable products that protect against skin dehydration.
- Construction Industry
- Construction companies can use Trehalose in materials such as cement or paint that will harden more effectively in extreme conditions, providing a more durable and sustainable solution.
