Trusted Nanotechnology Solutions
Advanced Materials Driving Carbon-Negative Energy and Precision Innovation
Nanogeios Laboratory develops precision-engineered systems at the nanoscale to solve complex challenges in energy, healthcare, defense, and the environment. Through advanced materials, synthetic biology, and smart nanocoatings, we deliver scalable, peer-validated solutions for a more resilient and sustainable world.
Our Focus Areas in Molecular Engineering
Pioneering nanotechnology to turn scientific breakthroughs into scalable solutions
At Nanogeios, we bridge the gap between molecular science and real-world application. Our laboratory develops precision-engineered nanotechnologies that power clean energy, medical innovation, and environmental resilience — all backed by peer-reviewed research and global deployment.
How Does it Work?
Working with leading universities, national labs, and industry pioneers to co-develop nanotechnology applications that drive measurable impact across sectors.
Core Technology Platforms
Advanced nanotechnology solutions spanning energy storage, molecular separation, precision medicine, and environmental sustainability.
NanoVault™ Thermal Storage
High-temp geothermal storage using nano-structured ceramic matrices
Technology Details
NanoVault™ is a proprietary high-temperature thermal storage system designed to stabilize geothermal power output. Using nano-engineered ceramic structures with quantum-enhanced heat conduction, it stores thermal energy up to 240°C with minimal loss, enabling consistent grid integration and carbon-negative energy systems.
Dual-Membrane Nanosieving
Advanced membranes for CH₄/CO₂ separation at the molecular level
Technology Details
This system uses layered nanosieve membranes to isolate methane from carbon dioxide with high selectivity. It supports biogas upgrading and decentralized carbon capture in both industrial and remote environments.
CRISPR-Responsive Hypertumors
Tumor-targeted nanocarrier using pH/MMP triggers
Technology Details
Hypertumors are synthetic, non-proliferative cancer-like cells genetically edited with CRISPR to release therapeutic proteins in response to tumor microenvironment triggers. Used with nanocarriers, they offer a new pathway for precision oncology.
MOF-Based Decontamination
Metal-organic frameworks for advanced CBRN protection
Technology Details
Our MOF systems neutralize airborne chemical and biological threats by trapping and degrading molecules within porous nanostructures. Ideal for CBRN coatings, filtration masks, and mission-ready textiles.
5GB1C-RO1 Bioreactors
CH₄-to-biogas system using engineered methanotrophs
Technology Details
These compact bioreactors use the 5GB1C-RO1 strain to convert methane into clean biogas and biofeed. Suitable for landfills and oil fields, the reactors include sensors and AI-based optimization.
Nanochitosan Biofertilizers
Smart nutrient delivery for sustainable agriculture
Technology Details
These nanofertilizers respond to pH and enzyme activity in soil, releasing nutrients only when triggered. Integrated with precision farming systems to reduce waste and improve crop resilience.
Research Divisions
Specialized laboratories focusing on distinct applications of nanotechnology across critical sectors.
Energy
Geothermal systems and thermal storage solutions
Key Focus Areas:
- High-temperature ceramic matrices
- Phase-change material optimization
- Thermal conductivity enhancement
Healthcare
Precision oncology and dual-responsive nanotherapeutics
Key Focus Areas:
- Logic-gated hypertumor deployment
- Tumor microenvironment-responsive platforms
- Nanoscale cancer-targeting delivery
Defense
CBRN, TPB Protection and Advanced Materials
Key Focus Areas:
- CBRN threat neutralization
- TPB protection mechanisms
- Advanced material engineering
Genetics
CRISPR systems and bioreactor technology
Key Focus Areas:
- Metabolic pathway engineering
- Microbial community optimization
- Bioprocess automation
Environment
Carbon valorization and sustainable solutions
Key Focus Areas:
- pH-responsive delivery systems
- Molecular separation membranes
- Environmental monitoring
Global Research Network
Collaborating with leading institutions worldwide to advance nanotechnology research and applications.
Laboratory Locations
Seoul / Incheon, South Korea
Osaka, Japan
New York, United States
Strategic nanotech hubs specializing in research, simulation, prototyping, and applied system development across three continents.
Key Partners
Universities
GEIOS / EQG Energy
KAIGEN / Aiden Digital Labs
Collaborating across energy, biotech, and AI ecosystems to scale molecular technologies from lab to global deployment.
Partners
24 Defense Companies
33 Energy Companies
5 Healthcare Pharma
Cross-sector alliances supporting next-gen nanotech for security, decarbonization, diagnostics, and global infrastructure.
Nanogeios in Apple Podcast
Broadcasting Molecular Breakthroughs from the Lab to the World
"What if atoms could talk?"
The Nanogeios Podcast is not just audio — it's a direct signal from the nanoscale.
Each episode delivers first-access insight from the people building the future — scientists, engineers, and innovators behind real-world nanotechnology deployments.
🧠 What You'll Hear
CH₄ capture systems and quantum heat storage
CRISPR-edited hypertumors and biofactories
Methane-to-biogas bioengineering
Nanochitosan for regenerative agriculture
Liquid CO₂ cooling, nanocoatings, and defense systems
Behind-the-paper briefings and peer-reviewed science breakdowns
Featured Topics
Latest Episode
"HyperNano Hypertumor: Engineering Cancer's Worst Enemy"
📡 Tune In to the Nanogeios Channel
Scientific Publications
Peer-reviewed research advancing nanotechnology applications across energy, healthcare, defense, and environmental sectors.
Biomimetic Anti-Cancer Nanosystem: CRISPR-Engineered Hypertumors with Dual-Responsive Release
Abdelmoumen Shad Serroune, Emilie Cassier, Hitomi Azikiwa, Marc Plantet, Harold Ron Dwight
Abstract
This paper presents a breakthrough cancer therapy platform combining CRISPR-edited hypertumors with dual-trigger nanocarriers. The system disrupts tumor vascularization through MYC/CDK4/6 knockouts and TSP-1 expression, achieving 70% in silico tumor reduction.
Performance Evaluation of Hybrid Nanofluid-Enhanced Liquid CO₂ for District and Data Center Cooling
Shad Abdelmoumen Serroune, IR Khasani, Sandra Merrier, Stephane Devilliers, Tadeshi Ryushi
Abstract
This study introduces a novel nanofluid using GO and CNT in liquid CO₂ to boost thermal conductivity by 77%, enabling water-free cooling in high-demand infrastructures. Ideal for arid regions and data centers.
Crystallographic Alignment & Phonon Corridors for Enhanced Hydrogen Production
Shad AM Serroune, IR Khasani, Jan Sopaheluwakan, Marc Boulivier
Abstract
The SPARC framework creates engineered heat pathways in ultramafic rocks to boost hydrogen yield by 78% through phonon-aligned fractures. Demonstrated in 60-day flow-through experiments at 200°C, 100 bar.
Enhanced CBR Filtration with MOF-Based Tactical Systems
Shad Abdelmoumen Serroune, Marc Boulivier, Carrie Shen, Francois Marc Antoine
Abstract
This MOF-based respirator filter provides 72 hours of CBR protection — 6× longer than carbon filters — while self-neutralizing captured agents. Designed for extreme humidity, validated with DMMP simulants and MS2 virus.
📚 Explore Our Complete Research Library
Access our full collection of peer-reviewed publications, technical reports, and collaborative research spanning nanotechnology applications across multiple sectors.
Complete Publication Portfolio
Publication Title | Authors | Journal/Publisher | Date | Sector |
|---|---|---|---|---|
Enhanced Methane Bioconversion And Contaminant Removal Using Engineered Methylomicrobium Buryatense Strain 5gb1c-Ro1 | Serroune Abdelmoumen Shad, Dr. Khasani IR, Michael Lebiowski | International Journal of Creative Research Thoughts (IJCRT) | October 2024 | Energy |
Enhanced Methane Bioconversion and Contaminant Removal Using Engineered Methylomicrobium buryatense Strain 5GB1C-RO1 | Serroune Abdelmoumen Shad, Dr. Khasani IR, Michael Lebiowski | Valley International Journal Digital Library | October 2024 | Energy |
Development and Characterization of Advanced Nano-Coating with CeO₂, Al₂O₃, ZnO, and TiO₂ Nanoparticles for Enhanced Durability and Corrosion Resistance | Serroune Abdelmoumen Shad, Dr. Khasani | SSRN Electronic Journal | July 11, 2024 (Posted January 23, 2025) | Energy |
Performance and Stability Analysis of a GEIOS Proprietary Ionic Nanofluid for Medium to High-Temperature Geothermal Applications | Shad Abdelmoumen Serroune, Khasani, Jan, Francois Duquet, Lee Yongsoon, Deborah Masset, Lee Dong Kyu | World Journal of Advanced Research and Reviews | November 19, 2024 | Energy |
Next-Gen Magnetocaloric Cooling: MnFePSi Nanoparticles for Compact and Sustainable MCHP Systems | NANOGEIOS Laboratory Team | World Journal of Biology Pharmacy and Health Sciences | November 25, 2024 | Energy |
Geocasing-Embedded AI Monitoring Systems for Enhanced Quantum Geothermal Operations in Volcanic Environments: Multi-Lithological Response Analysis and Predictive Seismic Intelligence | Shad Abdelmoumen Serroune | ResearchGate | December 2024 | Energy |
Enhanced Tactical Chemical, Biological, And Radiological Filtration System For Military Applications: Advanced Metal-Organic Framework Technology | Shad Abdelmoumen SERROUNE, Marc Boulivier, Carrie Shen, Francois Marc Antoine | International Journal of Creative Research Thoughts (IJCRT) | December 2024 | Defense |
Advanced methanotrophic bioreactor design for efficient bioremediation of hydrogen sulfide (H₂S) And Volatile Organic Compounds (Vocs) | SA Serroune, J Sopaheluwakan, D Khasani, F Duclerc, F Liebert | International Journal of Science and Research Archive (IJSRA) | January 2025 | Energy |
Novel Nitrogen Hybrid Gas-Based Nanofoam System for Enhanced Geothermal Applications: Nanogeios and GEIOS Geothermal EQG Laboratory Validation Study | Abdelmoumen Shad Serroune, Prof. Khasani, Prof. Jan | Iconic Research And Engineering Journals | February 2025 | Energy |
Novel Nitrogen Hybrid Gas-Based Nanofoam System for Enhanced Geothermal Applications: Nanogeios and GEIOS Geothermal EQG | Serroune Abdelmoumen Shad, Dr. Khasani | EarthArXiv (Preprint) | March 3, 2025 | Energy |
Performance and Stability Analysis of a GEIOS Proprietary Ionic Nanofluid for Medium to High-Temperature Geothermal Applications | Shad Abdelmoumen Serroune, Khasani, Jan, Francois Duquet, Lee Yongsoon, Deborah Masset, Lee Dong Kyu | EarthArXiv (Preprint) | March 3, 2025 | Energy |
Liquid Nanoco2 with Kaigen and GEIOS Technologies with Thermal and Rheological Characterization of Graphene Oxide/Carbon Nanotube Hybrid Nanoparticle-Enhanced Liquid CO2 for District Cooling and Data Centers Applications | Shad Abdelmoumen SERROUNE, Dr IR Khasan, Dr Sandra Merrier, Tadeshi Ryushi | International Journal of Scientific Research and Management (IJSRM) | March 10, 2025 | Energy |
Performance Evaluation of Hybrid Nanofluid-Enhanced Liquid CO₂ for Advanced District and Data Center Cooling Applications | Shad Abdelmoumen Serroune, IR Khasani, Sandra Merrier, Stephane Devilliers, Tadeshi Ryushi | International Journal of Science and Research Archive (IJSRA) | March 2025 | Energy |
Nanogeios Nanoliquid CO₂ – Performance Evaluation of Hybrid Nanofluid-Enhanced Liquid CO₂ for Advanced District and Data Center Cooling Applications | Shad Abdelmoumen Serroune, IR Khasani, Sandra Merrier, Stephane Devilliers, Tadeshi Ryushi | EarthArXiv (Preprint) | March 23, 2025 | Energy |
Next-Gen Magnetocaloric Cooling: MnFePSi Nanoparticles for Compact and Sustainable MCHP Systems | NANOGEIOS Laboratory Team | Clinical Medicine And Health Research Journal | April 24, 2025 | Energy |
Biomimetic anti-cancer Nanosystem: Crispr-engineered Hypertumors with dual-responsive release for targeted tumor vascular disruption | NANOGEIOS iPONG Lab team | World Journal of Biology Pharmacy and Health Sciences | April 2025 | Healthcare |
Development and Characterization of Multi-Component Nanocapsule-Based Self-Healing Coating for Military Equipment Protection | NANOGEIOS Defense Research Division | ResearchGate | June 2025 | Defense |
Emerging Trends in Sustainable Energy Systems: A Comprehensive Analysis | Serroune Abdelmoumen Shad, Dr. Khasani | Emerging Environmental Sciences | 2025 | Energy |
Turning Molecular Innovation into Real-World Impact
At Nanogeios, we specialize in translating molecular-scale discoveries into deployable systems for energy, medicine, and environmental resilience. Through high-precision research and strategic global collaboration, we address today's most complex challenges—atom by atom.
Program Efficiency Across Divisions
Our platform maintains 98% system-level reliability in converting deep-tech R&D into active field applications across nanomedicine, geothermal energy, and environmental biotech.
Advanced Platform Validation
Cross-disciplinary testing and validation of engineered nanomaterials, biocarriers, and energy systems using AI protocols and simulated field environments.
Research Engineering & Method Integration
From CRISPR design to membrane prototyping, we engineer biological logic and applied nanomaterials tailored to energy, healthcare, and defense.
System Simulation & Predictive Modeling
Using proprietary tools like SpheroSim™ and AI-GMS, we simulate biology, heat transfer, and gas separation across real-world and theoretical conditions.
Global Collaborative Deployment
Partnering with governments and enterprise labs in ASEAN, Japan, and the UK to co-develop and scale frontier technologies across critical sectors.
Research Funding Applications
Nanogeios Laboratory supports innovative research that aligns with our nanotechnology focus areas. We provide funding for promising projects that advance molecular engineering and applied sciences.
Required Information
Research Overview
Comprehensive description of your research project and its objectives
Include in Your Application:
- Project title and abstract
- Research methodology and approach
- Expected outcomes and deliverables
- Alignment with nanotechnology applications
💡 Use the arrows above to navigate through all required information
Submit Your Research Proposal
Complete the form below to apply for research funding. All fields are required for evaluation.
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Global Offices
New York, United States
North American Operations
Osaka, Japan
Asia-Pacific Research Hub
Seoul / Incheon, South Korea
Advanced Materials Lab
Collaborations
IP & Licensing
Aiden Digital Labs
Scientific Exchange
KAIGEN Consortium
Government Relations
GEIOS/EQG Energy