Renasens is a textile recycling startup that uses patented supercritical CO2 technology to separate and recover fibres from blended and treated textile waste without water or toxic chemicals, preserving fibre quality for direct reuse in manufacturing.
Investment Rounds
Capital activity and funding progression
| Amount | Date | Round |
|---|---|---|
| €10 M | Mar, 2026 | seed |
Industries
Frequently Asked Questions
Where is Renasens located?
Renasens is located in Stockholm, Sweden.
What industries does Renasens operate in?
Renasens operates in the following industries: textile recycling, circular economy, clean technology, materials.
When was Renasens founded?
Renasens was founded on 2022-09-01.
How much total funding has Renasens raised?
Renasens has raised a total of $10,000,000.
What is Renasens and what is its primary mission?
Renasens is a clean-tech company focused on textile-to-textile recycling. Its mission is to enable a circular economy in the fashion industry by transforming textile waste into high-quality raw materials.
How does the Renasens recycling technology differ from traditional methods?
Renasens uses a proprietary water-free process to separate blended textiles. Unlike traditional methods that consume massive amounts of water and chemicals, this technology is designed to be environmentally friendly and highly efficient.
What specific materials can Renasens recycle?
Renasens focuses on recycling blended textiles, particularly polyester-cotton blends. These materials are historically difficult to recycle but can be successfully separated by the company's technology.
What are the end products produced by the Renasens recycling process?
The process yields high-quality regenerated cellulose and recycled polyester pellets. These materials can then be reintegrated into the textile manufacturing chain to create new clothing and fabrics.
Why is the water-free aspect of Renasens technology important?
The water-free nature of the technology significantly reduces the environmental footprint of textile recycling, preventing water pollution and conserving a vital resource while maintaining a low carbon footprint.