🌊 OceanUranium™ — Seawater Uranium Capture Platform
Ocean · Coast · Islands · Energy Ports
(primary marine fuel extraction layer)
🌊 Uranium in seawater: 3.3 ppb nominal
📦 Capture module mass: 1–20 t
🧪 Adsorbent class: amidoxime polymer fiber
🔁 Soak cycle: 30–60 days
📊 Capture yield: 2–8 g-U/kg adsorbent/cycle
⚡ Process energy: 5–30 MWh/t-U
🏭 Plant throughput: 1–1000 t-U/year
⚓ Deployment depth: 5–100 m
📏 Array span: 10–1000 m
🔗 www.OceanUranium.com
1️⃣ Performance Envelope
🌊 Seawater uranium: 3.3 µg/L
📊 Capture rate: 2–8 g-U/kg/cycle
🔁 Cycle length: 30–60 days
📈 Desorption yield: 70–90%
⚡ Energy intensity: 5–30 MWh/t-U
📦 Module output: 0.1–50 kg-U/year
🏭 Site output: 1–1000 t-U/year
📊 Availability: ≥90%
2️⃣ Resource Basis
🌍 Ocean uranium inventory: 4.5 billion t class
🌊 Feed medium: natural seawater
📏 Coastal access band: 0–50 km offshore
📊 Resource renewal: continuous geochemical input
🔁 Feed concentration drift: ±10–20% seasonal
📈 Strategic horizon: multi-century fuel layer
🧮 Fuel role: front-end uranium supply
📊 Geography class: global ocean coverage
3️⃣ Capture Chemistry
🧪 Ligand family: amidoxime class
📊 Uranium species: uranyl carbonate dominant
🔁 Binding mode: surface chelation
📈 Selectivity factor: process-optimized
🧮 pH band: 7.8–8.3 seawater
🌡️ Temperature band: 5–35°C
📊 Salinity band: 30–40 PSU
🧪 Elution chemistry: acid strip class
4️⃣ Fiber Geometry
🧵 Fiber diameter: 0.1–1.0 mm
📏 Fiber length: 1–100 m
📊 Bundle diameter: 10–200 mm
🔁 Braid density: 0.1–1.0 kg/m
📈 Surface area: 10–200 m²/kg
🧮 Wet mass factor: 1.5–3.0× dry
📊 Tensile strength: marine-rated
🧵 Module format: braid · mat · curtain
5️⃣ Adsorbent Loading
📦 Adsorbent per module: 100–10,000 kg
📊 Capture loading: 2–8 g-U/kg/cycle
🔁 Reuse cycles: 5–20
📈 Capacity fade: 2–10%/cycle
🧮 Annual replacement: 5–30%
🌊 Soak depth: 5–100 m
📏 Spacing between lines: 1–20 m
📊 Packing factor: site-optimized
6️⃣ Array Configuration
⚓ Array length: 10–1000 m
📏 Array width: 5–200 m
📊 Modules per array: 10–10,000
🔁 Mooring points: 2–50
📈 Site arrays: 1–100
🧮 Farm footprint: 0.1–100 ha
🌊 Current exposure: 0.1–2.0 m/s
📊 Layout mode: linear · grid · ring
7️⃣ Marine Hydrodynamics
🌊 Flow velocity: 0.1–2.0 m/s
📊 Wave height band: 0.5–6 m
🔁 Tidal variation: 0.5–5 m
📈 Drag coefficient: geometry-defined
🧮 Storm survival factor: ≥1.5×
⚓ Mooring load: site-rated
📏 Submergence depth: 5–100 m
📊 Wake spacing: CFD-optimized
8️⃣ Sorption Kinetics
⏱️ Initial uptake window: 1–7 days
📊 Mid-cycle uptake: 7–30 days
🔁 Saturation approach: 30–60 days
📈 Loading slope: current-dependent
🧮 Thermal sensitivity: moderate
🌊 Salinity sensitivity: low–moderate
📊 Fouling penalty: 5–30%
⏱️ Rotation cadence: weekly–monthly
9️⃣ Elution System
🧪 Eluent concentration: 0.1–1.0 M class
📊 Contact time: 0.5–12 h
🔁 Wash stages: 2–6
📈 Uranium recovery: 70–90%
🧮 Reagent recycle: 20–80%
💧 Wash water: 1–20 m³/t adsorbent
🏭 Batch size: 0.1–100 t adsorbent
📊 Neutralization stage: mandatory
🔟 Product Stream
🧪 Product form: uranyl concentrate
📦 Batch mass: 1–1000 kg-U
📊 Assay range: process-defined
🔁 Drying stage: 1–3
📈 Moisture target: <10%
🧮 Packaging class: sealed drums
🏭 Refinery handoff: lot-certified
📊 Chain-of-custody: 100%
1️⃣1️⃣ Coastal Plant Architecture
🏭 Plant footprint: 100–50,000 m²
📊 Process lines: 1–20
🔁 Batch frequency: daily–monthly
📈 Throughput: 1–1000 t-U/year
🧮 Crane capacity: 1–100 t
⚡ Site load: 0.1–20 MW
💧 Process water: 10–1000 m³/day
📊 Expansion mode: modular bays
1️⃣2️⃣ Offshore Platform Variant
⚓ Platform class: fixed · floating · pier
📏 Deck area: 100–20,000 m²
📊 Sea state band: 2–6
🔁 Onboard cranes: 1–10
📈 Module handling: 10–1000 lifts/month
🧮 Crew size: 0–100
⚡ Offshore power: 0.1–10 MW
📊 Endurance: 30–365 days
1️⃣3️⃣ Biofouling Management
🦠 Fouling onset: 7–30 days
📊 Performance loss: 5–30%/cycle
🔁 Cleaning interval: 7–60 days
📈 Cleaning recovery: 70–95%
🧮 Biomass removal: 1–100 kg/module
🌊 Site variability: high
📦 Swap spare ratio: 5–20%
📊 Coating life: 3–24 months
1️⃣4️⃣ Corrosion & Materials
🧱 Structural alloy: marine stainless class
📊 Corrosion rate: <0.1 mm/year
🔁 Protective coating life: 1–5 years
📈 Rope life: 3–10 years
🧮 Fastener replacement: 1–3 years
🌊 Galvanic isolation: required
📏 Wear allowance: process-defined
📊 Inspection completeness: ≥95%
1️⃣5️⃣ Robotics Interface
🤖 Robots/site: 2–100
📏 Inspection reach: 1–20 m
📊 Camera resolution: 4K class
🔁 Inspection cycle: daily–monthly
📈 Cleaning coverage: ≥90%
🧮 Manipulator payload: 5–200 kg
🌊 Underwater latency: <200 ms tethered
📊 Autonomous docking: supported
1️⃣6️⃣ Sensor Layer
📡 Sensors/site: 100–10,000
📊 Water chemistry channels: 10–100
🔁 Flow meters: 1–100
📈 Strain points: 10–1000
🧮 Fouling detectors: 1–500
🌡️ Temp probes: 1–500
⚓ Mooring load cells: 1–200
📊 Sampling interval: 1 s–1 h
1️⃣7️⃣ Process Telemetry
📦 Data/day: 1–500 GB
📊 Twin refresh: 1 min–24 h
🔁 Alert latency: 1–60 s
📈 Uptime target: ≥99%
🧮 Packet loss: <1%
🔐 Signed events: 100% state changes
🌊 Weather fusion: enabled
📊 Audit export: immutable
1️⃣8️⃣ Recovery Plant Energy
⚡ Capture field power: 0.01–1 MW
📊 Elution plant power: 0.1–10 MW
🔁 Drying load: 0.1–5 MW
📈 Total site load: 0.1–20 MW
🧮 Specific energy: 5–30 MWh/t-U
🔋 Buffer storage: 0.1–50 MWh
🌞 Solar coupling: optional
📊 Grid export class: industrial
1️⃣9️⃣ Water & Reagent Balance
💧 Wash water: 10–1000 m³/day
🧪 Acid consumption: process-indexed
🔁 Recycle ratio: 20–80%
📈 Neutralization demand: site-defined
🧮 Effluent polishing: required
🌊 Seawater intake: 0–5000 m³/day
📊 Sludge generation: controlled
💧 Discharge quality: compliance-grade
2️⃣0️⃣ Product Assay & QA
🧪 Assay interval: per batch
📊 Sampling points: 3–20
🔁 Lab turnaround: 1–72 h
📈 Assay confidence: ≥95%
🧮 Moisture correction: mandatory
📦 Lot size: 1–1000 kg-U
🔐 Batch signature: 1–3 approvals
📊 Traceability: 100%
2️⃣1️⃣ Fuel-Cycle Interface
⚛️ Product role: uranium feedstock
📊 Conversion path: yellowcake / refinery feed
🔁 Logistics mode: drum / sealed container
📈 Enrichment interface: LEU upstream
🧮 Utility contract term: 1–20 years
🏭 Delivery cadence: monthly–annual
📦 Reserve stock: strategic storage compatible
📊 Fuel security index: high
2️⃣2️⃣ Reliability Modeling
📈 Site availability: ≥90%
📊 Module survival: storm-rated
🔁 Spare module pool: 5–20%
🧮 MTTR: 1–72 h
📉 Forced downtime: seasonal-linked
📊 Yield degradation: tracked by cycle
🔁 Maintenance windows: weekly–quarterly
📈 Reliability growth: monitored
2️⃣3️⃣ Environmental Boundary
🌍 Marine monitoring radius: 100–5000 m
📊 Effluent sampling: daily–monthly
🔁 Habitat surveys: monthly–annual
📈 Chemical containment: 100% bunded zones
🧮 Spill response time: <1–24 h
🌊 Turbidity delta: controlled
📦 Waste classes: biomass · reagent residue
📊 Environmental log: continuous
2️⃣4️⃣ Coastal Logistics
🚛 Truck load: 1–40 t
⚓ Harbor lifts: 1–100 t
📦 Module shipment: 1–1000 units
🔁 Turnaround: 1–30 days
📈 Export route: port-linked
🧮 Storage yard: 100–100,000 m²
🏭 Inland refinery distance: 1–1000 km
📊 Throughput support: industrial class
2️⃣5️⃣ Manufacturing Envelope
🏭 Fiber production: 1–1000 t/year
📊 Module fabrication: 10–100,000 units/year
🔁 Assembly steps: 5–50
📈 QA traceability: 100%
🧮 Scrap rate: <1–10%
📦 Serialization: per module
⚓ Marine hardware lead time: 1–12 months
📊 Localization potential: high
2️⃣6️⃣ Island Deployment
🏝️ Island coastline use: 0.1–50 km
📊 Water depth band: 5–100 m
🔁 Array count: 1–100
📈 Plant size: 1–1000 t-U/year
🧮 Grid support: 0.1–20 MW
💧 Desal synergy: 1000–100,000 m³/day
⚓ Harbor dependency: moderate
📊 Fuel autonomy value: strong
2️⃣7️⃣ Energy Port Coupling
⚓ Port class: industrial fuel hub
📊 Berths: 1–20
🔁 Site load: 1–50 MW
📈 Storage yard: 1–50 ha
🧮 Drum export cadence: daily–monthly
💧 Shared utilities: water · power · crane
🏭 Refinery coupling distance: 1–200 km
📊 Logistics efficiency: high
2️⃣8️⃣ Lifecycle Economics
💰 CAPEX: site-defined modular curve
📊 OPEX share: labor · reagents · marine service
🔁 Adsorbent replacement: 1–5 years
📈 Cost/t-U: pilot → industrial decline curve
🧮 Energy cost share: tracked
⚓ Marine service premium: site-linked
🏭 Scale efficiency: 10–50% learning gain
📊 Contract horizon: 5–20 years
2️⃣9️⃣ Scalability Envelope
📊 Pilot output: 1–100 kg-U/year
🔁 Demo output: 0.1–10 t-U/year
📈 Industrial output: 10–1000 t-U/year
🧮 Arrays per site: 1–100
🌊 Coastline replication: global
🏭 Plants per region: 1–50
⚓ Port integration: modular
📊 Growth horizon: decades
3️⃣0️⃣ Strategic Value Layer
⚛️ Fuel diversity: expanded supply layer
🌍 Ocean resource base: planetary scale
📊 Coastal siting: broad geography
🔁 Reactor fleet support: future-compatible
📈 Sovereign fuel logic: strong
🧮 Maritime industrial value: multi-sector
🏭 Nuclear supply resilience: elevated
📊 R&D class: frontier fuel architecture
⚖️ Legal Block
⚖️ Owner: Built to Unite Inc.
📍 169 Madison Ave STE 38467
🏙️ New York, NY 10016, USA
🧾 Telemetry retention: audit-grade
🛡️ Doctrine: sealed lifecycle architecture
© Built to Unite Inc. — All rights reserved
For investors & strategic partners:
📩 [email protected]
🗓️ Last updated: March 2026