Space Lab Technologies develops bioregenerative systems for sustainable life support in space. They create closed-loop solutions for crop production, in-situ resource utilization from extraterrestrial regolith, and efficient thermal control to reduce reliance on Earth resupply for long-duration missions.
Funding
Funding not disclosed
Founders
Product
Problem
Long-duration space missions and extraterrestrial settlements face significant challenges in providing sustainable life support and resource utilization. The reliance on resupply missions for food, water, and materials is logistically complex and costly.
Solution
Space Lab Technologies develops bioregenerative systems designed to enable self-sufficiency in space environments. Their core technologies focus on advanced crop production, in-situ resource utilization through mineral extraction from extraterrestrial regolith, and efficient thermal control systems. These integrated solutions aim to create closed-loop life support systems, reducing the dependency on Earth-based resupply and facilitating sustained human presence beyond Earth. The company's approach leverages biological processes and material science to create robust and adaptable systems for space habitats.
Target Audience
The primary customers are space agencies, aerospace contractors, and organizations involved in long-duration space missions, lunar and Martian exploration, and the development of extraterrestrial habitats.
Features
- **LEAF (Lunar Effects on Agricultural Flora) Payload:** A lunar surface experiment designed to assess plant germination and growth under partial gravity and space radiation, providing critical data for future off-world agriculture.
- **μG-LilyPond™:** A microgravity-compatible hydroponic system for cultivating duckweed, a high-protein crop that also functions in water purification and CO2 scrubbing.
- **MarsOasis™:** An innovative Martian greenhouse concept incorporating an inflatable, rigidizable dome, advanced lighting, and atmospheric CO2 capture for extraterrestrial crop cultivation.
- **Space Lab® Café:** A compact, autonomous vertical farm system designed for continuous production of diverse, nutritious produce with minimal resource input, adaptable for both space habitats and terrestrial applications.
- **Bioregenerative Mineral Mining (EcoMine):** Technologies focused on extracting valuable minerals and rare earth elements from lunar regolith, supporting in-situ resource utilization.
- **Efficient Freeze Tolerant Radiators:** Active thermal control systems designed for single-phase operation in space environments, ensuring effective heat management.
- **Sensor Optimization for Space Habitat Awareness (SOSHA):** Systems for monitoring and managing environmental conditions within space habitats.
- **High Data Rate Communications Systems:** Development of advanced telemetry solutions for sounding rockets and balloons to support increased data transmission requirements for scientific payloads.