We took inspiration from nature’s best recyclers—mycelia (the root-like networks of fungi) and bioengineered molecules—and combined them to create a highly selective, scalable, and eco-friendly filtration technology.

Think of it as nature’s own high-tech filter—only letting the right elements in and kicking out unwanted pollutants.

Process Overview

Step 1

Contaminated Water Meets Mycelia-Powered Filtration
🔹 Imagine industrial wastewater, mining runoff, or battery recycling fluids flowing into our system.
🔹 Suspended in this liquid are valuable metals, rare earth elements (REEs), and some not-so-great contaminants.
Step 2

The Bioengineered Binding Agents Get to Work
🔹 Our custom-designed binding elements (tiny, hyper-selective molecules) are functionalized onto a mycelia-based substrate.
🔹 These binding elements act like molecular Velcro, grabbing onto specific elements and trapping them for recovery.
Step 3

Valuable Recovery & Clean Water
🔹 The purified water flows out, leaving behind the captured elements.
🔹 The trapped materials can then be reused, recycled, or reintegrated into supply chains—a win-win for industry and sustainability!