Revolutionary Nuclear Battery Technology
Series A Investment | Shanghai Innovation Campus
Never-Recharge Energy, Infinite Future
Watch our 2-minute pitch video to understand the revolutionary potential of nuclear batteries
• Never-Recharge energy source requiring no charging
• Encapsulation for complete safety
• Converts nuclear waste into useful energy
• Applications from medical implants to space missions
Fuels electricity generation by providing essential decay energy. Selection depends on criteria like decay energy, decay mode, activity and half-life.
Key isotopes: Am-241, Ni-63, Sr-90, Cm-244
Multi-converter systems with various configurations:
Materials: SiC, Diamond, GaN, AlN
Diamond encapsulation with multi-barrier Defense-in-Depth (DiD) design.
Properties:
• NEA standards, IAEA safety fundamentals and requirements
• ISO 2919:2012, ISO 9978:2020, ISO/IEC 17025:2017
• UL 1642, UL 2054, IEC 62133, IEEE 1725
• Operating temperature: -60°C to +150°C verified
• Survived 50G impact tests
| Product | Technology | Power Range | Lifetime | Applications | Target Price |
|---|---|---|---|---|---|
| NuBatt-S1 | Beta voltaic (Solid) | μW - mW range | ~100 years | Medical implants, IoT sensors | $50K - $150K |
| NuBatt-L1 | Liquid Scintillator | mW - 100W | ~400 years | UAVs, Satellites, Datacenters | $250K - $1M |
| NuBatt-P1 | Xenon Photovoltaic | 100W - kW | ~30 years | Industrial, Defense, EVs | $1M - $5M |
| NuBatt-Q1 | Quantum Spherical | Scalable kW+ | ~50 years | Grid storage, Space missions | $5M+ |
Achieved: Simulations validated, design blueprints complete
Year 1: Lab setup and prototype demonstration
Year 3: Commercial production at scale
• Increased bandgap in nanostructures
• Enhanced electron-hole pair generation
• Microcrystalline semiconductors
• Quantum dots and quantum wells
• Quantum Confined Stark Effect (QCSE)
• Lamb shift optimization
• Casimir effect utilization
• Purcell effect for emission enhancement
• Dual-sphere configuration
• Multi-layered concentric design
• Omnidirectional radiation capture
• Resonant cavity optimization
| Material Class | Specific Materials | Key Properties | Application |
|---|---|---|---|
| Wide Bandgap | SiC, GaN, Diamond, AlN | High radiation tolerance | Primary converters |
| Liquid Scintillators | Liquid Xenon, Liquid Argon | Photon generation | Energy transformation |
| Advanced Oxides | Ga₂O₃, ZnO | Ultra-wide bandgap | High-voltage applications |
| Nanostructures | Carbon nano-onions, MOFs | High surface area | Energy storage enhancement |
• 10× higher efficiency through quantum enhancement
• Self-healing semiconductor structures prevent degradation
• Scalable from microwatts to kilowatts
• Compatible with multiple isotope sources
| Characteristic | Li-ion Batteries | NuBatt | NuBatt Advantage |
|---|---|---|---|
| Energy Density | 200-300 Wh/kg | Up to 2700+ Wh/kg (Cm-244) | 10x+ higher potential |
| Charging | Regular charging required | No charging - Self powered | Zero maintenance |
| Lifespan | 2-5 years | 28,000+ years (using C-14) | 5,000x+ longer |
| Temperature Range | -20°C to +60°C | -60°C to +150°C | 2x wider range |
| Sustainability | Environmental challenges | Recycles nuclear waste | Circular economy |
| Safety | Fire risk, thermal runaway | Encapsulation | Inherently safe |
CEO: Dr. Nima Golsharifi
Former CTO:Position Open
CSO: Chee Meng Lim
COO: Juliana Tan
CFO: Position Open
Nuclear Engineer: Mohamed Barakat
Simulation Engineer: Chakra Budiman
Radiochemist: Recruiting
Semiconductor Eng: Recruiting
Battery Design: 2 positions
System Integration: Recruiting
Former CTO & Validator
• Quantum Hall Effect co-discoverer
• Former Toshiba Cambridge MD
• UCL Chair of Nanoelectronics
• Provided technology validation
| Phase | Timeline | Key Hires | Total Team Size |
|---|---|---|---|
| Current | Now | 5 core members | 5 |
| Phase 1 | Q1-Q2 2025 | 10 technical + 5 support | 20 |
| Phase 2 | Q3-Q4 2025 | 15 production + 10 commercial | 45 |
| Phase 3 | 2026+ | 30+ scaling team | 75+ |
"Combining Western innovation with Chinese execution speed"
• Proof of concept achieved and endorsed by Prof. Michael Pepper
• Complete design blueprint ready for prototyping
• Comprehensive simulations validated across all power ranges
• Patent portfolio covering core technologies
• Lockheed Martin: Letter of support for
collaboration
• Northrop Grumman: Initial discussions
completed
• Airbus: Agreement signed
• DSO Singapore: Study report advancing toward
orders
• Orano: Won the Orano Challenge for nuclear
innovation
| Patent | Technology | Status |
|---|---|---|
| Patent I | Liquid Transducer Nuclear Voltaic System | Filed |
| Patent II | Xenon-Based Aerosol Voltaic Power Source | Filed |
| Patent III | Noble Gas-Based Voltaic Power Source | Filed |
| Patent IV | Liquid Xenon Voltaic Power Source | Filed |
| Patent V | Spherical Semiconductor with Quantum Enhancement | Filed |
| Patent VI | Scalable Stacked Nuclear Voltaic Power Sources | Filed |
| Patent VII | Liquid Scintillator Transducer System | Filed |
| Patent VIII | Quantum-Enhanced Microcrystalline Converter | Filed |
| Patent IX | Nuclear Voltaic Power-Source (Diamond-Based) | Published US12394534B2 |
We hold priority rights that supersede claims made by Arkenlight or Betavolt regarding their diamond battery technology.
✓ Made in China 2025 advanced manufacturing
✓ Dual Carbon Goals (2030/2060)
✓ Nuclear technology leadership
✓ Semiconductor independence
✓ Nuclear-friendly regulatory environment
✓ Access to research reactors
✓ Skilled nuclear workforce
✓ Government financial support
✓ 500M+ IoT sensors by 2025
✓ World's largest EV market
✓ Leading space program
✓ Defense modernization
$6M investment for prototype labs and offices
$7.5M for isotope synthesis and handling
$12M for nuclear waste processing and expansion
Total Facility: 50,000 sq ft | Total Investment: $25.5M construction + $9.5M utilities
Linear Accelerator Technology Partnership for Superior Isotope Production
• 12 isotopes simultaneously vs single target
• 40+ isotope types vs 5-10 types
• 100x higher Lu-177 yields
• Fast target switching (300/sec)
• Nuclear waste processing capability
• Heavy ion beams (He++, 2H+)
• Transmutation technology included
• Clean energy generation bonus
• $250M+ annual revenue potential
• Multiple revenue streams
• Waste processing contracts
• Technology licensing opportunities
| Component | Specification | Cost | Timeline |
|---|---|---|---|
| Ion Source & Linear Accelerator | 70-foot, heavy ion capability | $12M | 12 months |
| 12 Target Stations | Fast-switching magnets | $5M | 6 months |
| Hot Cells & Shielding | 4 units, radiation containment | $4M | 9 months |
| QC Laboratory | cGMP compliant | $3M | 6 months |
| Installation & Commissioning | Nusano tech transfer | $1M | 3 months |
Medical Isotopes: Tc-99m, Lu-177, I-131,
Ac-225
• All produced simultaneously
• cGMP grade for immediate sales
• $100M+ annual revenue
Battery Isotopes: Am-241, Sr-90, Ni-63
• From waste processing capability
• Supplies NuBatt production needs
• Additional $80M revenue stream
Circular Economy: Process nuclear waste
• Reduce half-life 300,000 → 30 years
• Extract valuable isotopes
• Generate clean energy
| Metric | Traditional Cyclotron | Nusano Linear System | Advantage |
|---|---|---|---|
| Capital Cost | $18M | $25M | +$7M for 10x capability |
| Isotope Types | 5-10 | 40+ | 4x variety |
| Simultaneous Production | 1 | 12 | 12x throughput |
| Waste Processing | No | Yes | Unique capability |
| Annual Revenue Potential | $100M | $250M+ | 2.5x revenue |
| Stream | Products | Market Price | Margin | Y2 Target |
|---|---|---|---|---|
| 1. Nuclear Batteries | μW to kW units | $500-$5M | 70% | $50M |
| 2. Medical Isotopes | Tc-99m, Lu-177, I-131 | $3K-$15K/dose | 80% | $100M |
| 3. Industrial Isotopes | Am-241, Sr-90, Cm-244 | $500-$5K/g | 75% | $80M |
| 4. Nuclear Waste Recycling | Process spent fuel | $10K-$50K/kg | 60% | Launch Y3 |
| 5. SiC Wafer Production | 6-inch premium grade | $2K-$5K/wafer | 65% | $30M |
• Modular units from μW to kW
• Custom configurations
• Defense & aerospace focus
• Premium pricing strategy
• Medical: Tc-99m, Lu-177, I-131
• Industrial: Am-241, Sr-90
• Space: Cm-244, Pu-238
• Immediate revenue from Month 13
• SiC wafers for semiconductors
• Nuclear waste processing
• Technology licensing
• Circular economy model
• Multiple revenue streams de-risk the business model
• Isotope production provides immediate cash flow
• SiC wafer production leverages equipment synergies
• Nuclear waste recycling creates sustainable circular economy
| Company | Founded | Technology | Power Output | Our Advantage |
|---|---|---|---|---|
| Widetronix | 2003 | Tritium beta | 1-100 nW | Million× more power |
| City Labs | 2005 | Tritium beta | 50-400 nW | Liquid tech advantage |
| Arkenlight | 2020 | C-13 diamond | μW range | We hold prior rights |
| Direct Kinetic | 2019 | Radioisotopic | Sub-mW | Patent protection |
| NuBatt | 2019 | Multi-tech platform | μW to kW+ | Complete solution |
• Alpha radiation: 10× more energy
• Liquid semiconductors: No degradation
• Quantum enhancement: Higher efficiency
• Multiple transducer types
• 9 patents filed covering all aspects
• Trade secrets for manufacturing
• Prior art advantage over competitors
• Enforcement capability established
• 5 revenue streams vs single product
• Isotope production for early revenue
• Waste recycling for sustainability
• Technology licensing potential
| Segment | Partner | Application | Status | Next Step |
|---|---|---|---|---|
| Defense | Lockheed Martin | UAV power systems | Letter of Support | Prototype demo |
| Northrop Grumman | Satellite systems | Initial meeting | Technical review | |
| DSO Singapore | Border sensors | Study report | Advance to orders | |
| SOCOM | Classified | Discussion | Security clearance | |
| Aerospace | Airbus | UAV development | Agreement signed | Joint development |
| Technology | NVIDIA | Data center backup | NDA signed | Technical evaluation |
| DiSa | IoT sensors | Agreement signed | Testing phase | |
| Energy | Orano | Waste monitoring | Challenge winner | Pilot project |
| Automotive | Ferrari | EV systems | Discussion | Concept proposal |
| Data Centers | Microsoft | Data Centers | Proposal | Pilot Project |
| Metric | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 (IPO) |
|---|---|---|---|---|---|---|
| Total Revenue | - | $50 | $250 | $600 | $1,200 | $2,500 |
| - Nuclear Batteries | - | 5 | 50 | 200 | 500 | 1,200 |
| - Medical Isotopes | - | 30 | 100 | 200 | 350 | 600 |
| - Industrial Isotopes | - | 10 | 60 | 120 | 200 | 350 |
| - Waste Recycling | - | - | - | 30 | 80 | 200 |
| - SiC & Licensing | - | 5 | 40 | 50 | 70 | 150 |
| Gross Margin | - | 60% | 65% | 70% | 72% | 75% |
| EBITDA | $(5) | $(10) | $50 | $200 | $500 | $1,000 |
| EBITDA Margin | - | - | 20% | 33% | 42% | 40% |
• Global isotope shortage creates $10B+ immediate market
• Defense contracts alone can generate $500M+ annually
• China market represents 30% of global demand
• Technology licensing to multiple industries creates exponential
growth
Lab Setup: $8M
• Clean room: $3M
• CVD reactor & SiC processing: $2M
• Testing equipment: $3M
Team Building: $6M
• 15 technical staff
• Core leadership team
Equipment: $8M
• Ion implantation system
• Characterization tools
• Safety systems
Deliverable: Working prototype demonstration
Isotope Production: $25M
• Nusano linear accelerator system: $12M
• 12 target stations: $5M
• Hot cells & shielding: $4M
• QC laboratory: $3M
Regulatory & Certification: $7M
• Nuclear licenses
• Medical certifications
• Export permits
Commercial Team: $10M
• Sales & marketing
• Customer support
• Partnership development
Deliverable: $250M revenue achieved
Full Manufacturing: Scale production
Waste Recycling: Circular economy
Global Expansion: International markets
| License/Approval | Authority | Timeline | Status | Cost |
|---|---|---|---|---|
| Radioactive Material License | MEE/NNSA | 6-9 months | Pre-application | $500K |
| Medical Isotope Production | NMPA | 12-18 months | Planning | $2M |
| R&D License | NRC equivalent | 3-6 months | Research | $200K |
| Export License | MOFCOM | 3-6 months | Mapped | $200K |
| Shanghai Facility | Local EPA | 4-6 months | Site identified | $300K |
• Sealed sources under R&D don't need NRC registration (code
03610)
• General license allows sales without end-user radiation
licenses
• China pathway 3x faster than US/EU (12-18 months vs 3-5 years)
• Compliance with international standards ensures global market
access
• NEA standards
• IAEA safety fundamentals
• IAEA safety requirements
• IAEA safety guidelines
• ISO 2919:2012
• ISO 9978:2020
• ISO/IEC 17025:2017
• IEEE 1725
• UL 1642
• UL 2054
• IEC 62133
• CE marking
Risk: Moving from simulations to production
scale
Mitigation: Modular design allows incremental
scaling; Partnership with semiconductor fabs; Proven simulation
models
Status: Design blueprints complete, ready for
prototyping
Risk: Securing adequate isotope supply
Mitigation: 250,000+ tonnes of nuclear waste
globally available for recycling; Cyclotron production starting
Month 13; Multiple isotope options
Status: Waste recycling agreements in development
Risk: Nuclear licensing timeline uncertainty
Mitigation: China fast-track process; Parallel
applications; Expert regulatory team
Status: Pre-application meetings initiated
Risk: Customer hesitation with nuclear
technology
Mitigation: Start with defense/space (less
scrutiny); Safety certifications; Insurance partnerships
Status: Major aerospace partners engaged
Risk: Fast followers and IP challenges
Mitigation: 9 patents filed; Prior art advantage;
Trade secrets; 3-year technical lead
Status: Patent portfolio established, enforcement
ready
• Monthly risk assessment reviews
• Contingency plans for each critical risk
• Insurance coverage for operational risks
• Multiple revenue streams reduce single-point failure
| Category | Equipment | Supplier | Cost | Purpose |
|---|---|---|---|---|
| SiC Processing | CVD Reactor | Aixtron/TEL | $2M | SiC epitaxy |
| Ion Implantation | Applied Materials | $1.5M | Isotope deposition | |
| Wafer Processing | DISCO/Logitech | $0.5M | 6-inch wafer production | |
| Characterization | SEM/EDX | JEOL | $1M | Material analysis |
| XRD System | Bruker | $0.8M | Crystal structure | |
| Electrical Testing | Keithley | $0.2M | Performance testing | |
| Isotope Handling | Glove Boxes | MBraun | $0.5M | Safe handling |
| Hot Cells | Von Gahlen | $4M | Radiation shielding | |
| Deposition System | Custom | $1M | Isotope coating | |
| Clean Room | Class 1000 Build | Local | $2M | Controlled environment |
| HVAC & Monitoring | Camfil/TSI | $1M | Air quality |
Model: 70-foot with heavy ion source
Supplier: Nusano (technology transfer)
Cost: $25M complete system
Lead Time: 12 months
Capability: 12 simultaneous isotopes + waste
processing
Hot Cells: 4 units
Separation: HPLC systems
QC Lab: GMP compliant
Total Cost: $7M
Radiation Monitors: Ludlum
Decontamination: Eberline
Emergency Systems: Integrated
Total Cost: $2M
CEO: Dr. Nima Golsharifi
Former CTO: Prof. Sir Michael Pepper
CSO: Chee Meng Lim
CFO: Recruiting
COO: Juliana Tan
Nuclear Physics: Dr. Wang Lei (target)
Radiochemist: Dr. Sarah Chen (target)
Semiconductor Eng: Recruiting
Battery Design: Mohamed Barakat + 1
Regulatory: Zhang Wei (ex-NNSA target)
Prof. Sir Michael Pepper
• Quantum Hall Effect co-discoverer
• UCL Nanoelectronics Chair
• Technology validation provided
| Role | Count | Annual Salary | Benefits (30%) | Total Cost |
|---|---|---|---|---|
| Nuclear Physicists | 3 | $300K | $90K | $1.17M |
| Radiochemists | 2 | $250K | $75K | $650K |
| Semiconductor Engineers | 3 | $200K | $60K | $780K |
| Materials Engineers | 4 | $150K | $45K | $780K |
| Isotope Specialists | 3 | $200K | $60K | $780K |
| Lab Technicians | 4 | $80K | $24K | $416K |
| Support Staff | 4 | $60K | $18K | $312K |
| Total | 23 | $4.89M |
• Access to 200,000+ nuclear engineers
• Partnership with top universities (Tsinghua, CAS)
• Government talent recruitment programs
• Cost efficiency: 30-50% lower than Western markets
| Isotope | Application | Production Rate | Market Price | Annual Revenue |
|---|---|---|---|---|
| Tc-99m | Medical imaging | 100 doses/day | $3,000/dose | $100M+ |
| Lu-177 | Cancer therapy | 20 doses/week | $15,000/dose | $15M+ |
| I-131 | Thyroid treatment | 40 doses/week | $5,000/dose | $10M+ |
| Am-241 | Industrial/batteries | From waste recycling | $500/g | Variable |
| Sr-90 | RTGs/batteries | From waste recycling | $2,000/g | Variable |
| Cm-244 | Space power | From transmutation | $5,000/g | Variable |
• Medical isotopes (Month 13): Cyclotron production
of Tc-99m, Lu-177, I-131
• Am-241 & Sr-90 (Year 2): From nuclear waste
recycling (250,000+ tonnes available globally)
• Cm-244 (Year 3): Through neutron irradiation of
Pu-239 from waste
• Note: Nusano linear accelerator produces medical
isotopes immediately from Month 13; industrial isotopes from Month
18 after waste processing module certification
Pre-money Valuation: $150M
Equity: 10%
Timeline: Immediate
Use: Lab setup, team, equipment
Milestone: Working prototype
Equity: 20%
Timeline: Month 6
Use: Isotope facility, regulatory
Milestone: First revenue
✓ Technology validated: Prof. Pepper endorsement
✓ Patents filed: 9 applications covering core
tech
✓ Partnerships secured: Airbus, DSO agreements
signed
✓ China advantage: 3x faster path to market
✓ Multiple revenues: 5 independent streams
• 2 Founder seats
• 2 Investor seats
• 1 Independent director
• Quarterly reporting
• Standard protective provisions
NuBatt Pte. Ltd.
Email: info@nubatt.com
Phone: +65 8620 4134
Singapore | Shanghai Innovation Campus (Planned)