Silicon Recovery
We develop routes to recover silicon-bearing fractions from PV recycling streams that are often not sufficiently utilized today.
We develop routes to recover silicon-bearing fractions from PV recycling streams that are often not sufficiently utilized today.
Our process targets not only silicon, but also silver- and copper-containing fractions from end-of-life solar materials.
Circular Silicon combines process development, laminate processing and industrial scale-up with applied research.
We work with a range of silicon-bearing PV materials, from larger laminate fractions to fine-grained powders and granulates. Our processes are designed to handle different feed formats, impurity profiles and material qualities.
Whole or pre-treated PV laminates with various levels of glass adhesion or residual contamination.
Shredded laminate flakes ranging from glass-bearing fractions to cleaner polymer-silicon material.
Silicon-bearing granulates from mixed recycling streams to cleaner silicon-rich fractions.
Fine silicon-based powders and dust fractions with varying levels of glass, polymer and inorganic contamination.
Circular Silicon is involved in research and industrialisation projects focused on two key goals: industrialising the recovery of silicon from solar module residues and improving the separation of silicon and silver from silicon-rich powders.
Circular Silicon works at the intersection of recycling technology, industrial implementation and applied research. Our current setup combines laminate processing activities, development of a silicon recovery line and participation in industrialisation-focused research projects.







Circular Silicon develops recycling solutions for silicon-bearing PV waste streams and supports the recovery of valuable materials from end-of-life solar.