Develops Arachne Station, a system that disassembles defunct satellites and space debris to recycle photovoltaic solar panels into silane gas, a precursor for semiconductor manufacturing. This process addresses the growing challenge of space debris while enabling sustainable production of materials for the $2.7 billion global photovoltaic recycling market by 2030.
Funding
$275K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The increasing volume of defunct satellites and space debris in orbit poses a significant threat to operational spacecraft and the long-term sustainability of space activities. Traditional methods of addressing space debris are limited, and the valuable materials contained within these objects are currently not being recovered or reused. This represents a missed opportunity to create a circular economy in space and reduce reliance on Earth-based resources.
Solution
Lunexus Space is developing Arachne Station, an in-space system designed to disassemble defunct satellites and recycle their components. The initial focus is on processing photovoltaic solar panels from space debris into silane gas, a critical precursor material for semiconductor manufacturing. This approach addresses the growing problem of space debris while simultaneously creating a sustainable source of materials for the photovoltaic and semiconductor industries. By circularizing the space economy, Lunexus Space aims to reduce the cost and environmental impact associated with launching new materials into orbit.
Target Audience
The primary target audience includes semiconductor manufacturers, photovoltaic cell producers, space agencies, and satellite operators seeking sustainable and cost-effective sources of materials and debris mitigation solutions.
Features
- Robotic disassembly of defunct satellites and space debris in orbit.
- Proprietary process for converting photovoltaic solar panels into silane gas.
- Production of high-purity silane gas suitable for semiconductor manufacturing.
- Closed-loop recycling system minimizing waste and maximizing resource recovery.
- Scalable architecture designed to process increasing volumes of space debris.
- Potential for expansion to recycle other valuable materials from space debris.