Pioneering Cryogenic Technology for a Sustainable Future
Our proprietary technologies combine geothermal energy extraction, molecular separation, and cryogenic liquefaction to create sustainable solutions with unprecedented efficiency and zero environmental impact.
Technology Overview
GEIOS COeX has developed a revolutionary integrated system that harnesses geothermal energy to produce ultra-pure cryogenic fluids with zero carbon emissions and no water consumption.
- Proprietary geothermal extraction technology
- Advanced molecular separation processes
- Zero-emission cryogenic liquefaction
- Closed-loop distribution systems
- Nano-enhanced thermal performance
Our Breakthrough Technologies
Our integrated system combines multiple proprietary technologies to achieve unprecedented efficiency and sustainability.
Geothermal Extraction
Our proprietary deep-well technology extracts heat, methane, and CO₂ from geothermal reservoirs with minimal surface footprint and zero emissions.
Molecular Separation
Our advanced nanosieving process uses graphene-zeolite membranes to achieve molecular-level separation with unprecedented efficiency.
Cryogenic Liquefaction
Our innovative liquefaction process converts purified gases to liquid form at extremely low temperatures with minimal energy input.
Technical Specifications
Our technologies deliver exceptional performance across all key metrics, outperforming conventional systems in efficiency, purity, and environmental impact.
| Parameter | GEIOS COeX Technology | Conventional Systems | Improvement |
|---|---|---|---|
| Energy Consumption | 0.4 kWh/kg | 1.8 kWh/kg | 78% reduction |
| Water Consumption | 0 L/kg | 4.2 L/kg | 100% reduction |
| Carbon Emissions | 0 kg CO₂e/kg | 3.6 kg CO₂e/kg | 100% reduction |
| Product Purity | 99.9% | 95-98% | 2-5% increase |
| System Reliability | 99.7% uptime | 94% uptime | 5.7% improvement |
| Land Footprint | 0.5 acres/MW | 2.3 acres/MW | 78% reduction |
| Operational Cost | $0.12/kg | $0.45/kg | 73% reduction |
Our Innovation Process
We maintain a rigorous research and development program to continuously improve our technologies and develop new solutions.
Problem Identification
We identify critical challenges in energy, cooling, and carbon management that require innovative solutions.
Concept Development
Our multidisciplinary team develops innovative concepts that leverage our core technologies.
Laboratory Testing
Rigorous laboratory testing validates concepts and refines technical parameters for optimal performance.
Pilot Implementation
Successful concepts are implemented in pilot projects to validate real-world performance and scalability.
Performance Optimization
Continuous monitoring and analysis drive iterative improvements to maximize efficiency and reliability.
Commercial Deployment
Fully validated technologies are deployed at commercial scale with comprehensive support and monitoring.
Continuous Innovation
Ongoing research and development ensures our technologies remain at the cutting edge of the industry.
Patents and Proprietary Technology
Our innovations are protected by a robust portfolio of patents and trade secrets, ensuring our competitive advantage.
Patent Portfolio
Our technologies are protected by 8 granted patents, 17 provisional patents, and 6 pending applications across multiple jurisdictions.
Key Innovations
Our patent portfolio covers critical innovations in geothermal extraction, molecular separation, and cryogenic processes.
- Graphene-zeolite membranes
- Nano-enhanced CO₂ cooling
- Zero-emission liquefaction
Trade Secrets
Our proprietary processes and formulations are protected as trade secrets, complementing our patent strategy.
Our unique combination of patents and trade secrets creates multiple layers of IP protection.
Featured Scientific Papers
Nanoliquid Co2 for District Cooling and Data Centers
Research on advanced cooling technologies using nano-enhanced carbon dioxide for sustainable thermal management in urban infrastructure and computing facilities.
Advanced Two-Stage Nanocomposite Membrane System Designed to Efficiently Separate and Capture Methane (CH4) and Carbon Dioxide (CO2) from Atmospheric Air and Water Sources
Innovative membrane technology for molecular separation and capture of greenhouse gases from multiple environmental sources.
Novel Nitrogen Hybrid Gas-Based Nanofoam System for Enhanced Geothermal Applications: Nanogeios and GEIOS Geothermal EQG Laboratory Validation Study
This study validates a nitrogen hybrid gas nanofoam system for geothermal applications, demonstrating significant improvements in fracture stability and thermal conductivity. Laboratory tests revealed a 166-336% enhancement in thermal transport compared to conventional materials.
Technology Comparison
See how our revolutionary technology compares to conventional systems across key performance metrics.
Performance Metrics
Our technology outperforms conventional systems across all critical metrics, delivering superior results with minimal environmental impact.
Comparative Analysis
Energy Consumption
Water Usage
Product Purity
Ready to Transform Your Operations?
Discover how our advanced cryogenic technology can revolutionize your industry while reducing environmental impact.