Over the past few years, there has been a distinct shift from single-use water bottles to reusable ones and the Nava by Kor helps push this movement even further in the right direction. The reusable water container doesn’t simply hold H2O, but it also filters it to perfection to make sure that no matter the source, the liquid is crisp and clean.
One of the most innovative features of the Nava by Kor is the filter: made from coconut shell and manufactured in a sustainable process, it can be replaced easily and is made to biodegrade. It’s this feature that sets the product apart from other filtering bottles on the market and an idea that is helping to push on-the-go consumption in the right direction.
Renewable Resource Water Bottles
The Nava by Kor Uses a Sustainable Filter for Great Tasting H2O
Trend Themes
1. Shift to Reusable Water Bottles - The trend of moving away from single-use water bottles towards reusable ones has created opportunities for innovative water filtration technologies.
2. Sustainable Filter Materials - The use of renewable materials like coconut shell for water filters is a growing trend that offers disruptive innovation opportunities in the filtration industry.
3. Biodegradable Water Bottle Filters - The development of biodegradable water bottle filters, like the Nava by Kor, is an emerging trend that caters to environmentally conscious consumers and presents opportunities for sustainable product development.
Industry Implications
1. Water Bottle Manufacturing - The shift towards reusable water bottles has created a need for innovative bottle designs and manufacturing processes that prioritize durability and sustainability.
2. Water Filtration Technology - The demand for effective and eco-friendly water filtration solutions has created opportunities for the development of advanced filtering technologies using renewable materials.
3. Eco-friendly Consumer Products - The increasing consumer preference for eco-friendly products has led to a growing industry for sustainable water bottles and biodegradable filters.