Upcyx provides chemical and biological upcycling technologies that convert mixed lignocellulosic waste into high‑purity cellulose fibers for premium paper products. Its low‑temperature catalytic depolymerization and hydrothermal extraction processes use closed‑loop water recycling and include an API for real‑time supply‑chain integration and sustainability reporting.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial waste streams and post‑consumer residues are often down‑cycled into low‑value bulk materials, resulting in high landfill rates and missed economic opportunities. Conventional recycling processes struggle with mixed or contaminated inputs, limiting the supply of sustainable, high‑performance raw materials for manufacturers.
Solution
Upcyx delivers a suite of proprietary upcycling conversion technologies that chemically and biologically transform heterogeneous waste into premium fibers and paper products. Its catalytic depolymerization and hydrothermal extraction platforms operate at low temperature and recycle water, achieving a reduced carbon footprint compared with virgin pulp production. The processed fibers are formulated into certified, high‑strength papers for fine‑art, stationery, and branding applications, enabling customers to replace traditional wood‑based inputs with circular alternatives. Upcyx also offers a B2B supply chain API that integrates material availability, batch tracking, and sustainability metrics directly into manufacturers’ procurement systems. By providing scalable, on‑demand production and traceable eco‑labels, the company turns waste streams into value‑added commodities while supporting corporate sustainability goals.
Target Audience
Primary customers are paper manufacturers, premium stationery brands, and eco‑focused retailers seeking certified, high‑performance recycled fibers for their product lines. The solution also serves corporate procurement teams and designers requiring traceable, low‑impact material alternatives.
Features
- Proprietary catalytic depolymerization process that converts mixed lignocellulosic waste into high‑purity cellulose fibers
- Hydrothermal extraction unit with closed‑loop water recycling, minimizing energy use and emissions
- Modular pilot‑scale reactors that can be scaled to commercial throughput for flexible production volumes
- Certified alternative pulp meeting FSC/PEFC standards, suitable for fine‑art, journal, and office paper grades
- Customizable fiber blends allowing brand‑specific performance attributes such as opacity, tensile strength, and texture
- API‑driven supply chain integration for real‑time inventory, batch traceability, and sustainability reporting
- End‑to‑end lifecycle analytics dashboard that quantifies waste diversion, carbon savings, and material circularity