U3X

U3X Platform forI Industries and Defence

U3DSE™

U3DSE™ - Skid-mounted and modular

Hyaxon ™

Hyaxon ™ - Energy and Information Flow

OceanU3

Operated globally by U3Venture

OceanU3™ is an integrated ocean infrastructure platform developed by U3 Global to support the next generation of maritime energy, digital connectivity, and offshore facilities.
The platform combines renewable energy production, energy and data transmission networks, and modular offshore infrastructure into a unified engineering framework.
OceanU3 is designed to enable scalable, efficient, and investable infrastructure systems supporting the global transition toward sustainable maritime industries and the emerging ocean economy.The ocean economy already represents a major global growth frontier, encompassing sectors such as offshore energy, maritime transport, fisheries, digital connectivity, and coastal infrastructure. Estimates suggest ocean-based industries generate trillions of dollars annually while supporting billions of livelihoods worldwide. (Council Fire Resources)
OceanU3 aims to provide the integrated infrastructure backbone required for this evolving marine economy.

Why OceanU3

Structural Opportunities in the Ocean Economy

Global maritime infrastructure is entering a new development phase driven by several converging trends:
  • rapid expansion of offshore renewable energy
  • emerging markets for green fuels such as hydrogen and ammonia
  • growing demand for marine digital infrastructure and data connectivity
  • increasing need for resilient offshore facilities and platforms
Traditionally these systems have been developed separately. OceanU3 integrates them within a single engineering architecture.
By combining energy production, transmission networks, digital infrastructure, and offshore platforms, the system enables coordinated deployment that can significantly improve project efficiency and reduce infrastructure costs.
OceanU3 is designed as a modular platform capable of supporting both national infrastructure projects and private industrial developments.

OceanU3 Platform Architecture

OceanU3 Platform Architecture

The OceanU3 platform is built on four core engineering systems:
U3DSE™ Seawater hydrogen production platform
Hyaxon™ Offshore energy and communication transmission network
Tritaxon™ Marine digital and sensing infrastructure
ThalosPlatform™ Modular offshore facility system
These modules can be deployed independently or integrated within larger infrastructure developments depending on project requirements.

OffshoREX U3Venture

Offshore Asset Value Repositioning — OffshoREX

Repositioning Offshore Assets through New Technologies and New Markets

A large global inventory of offshore oil and gas assets is entering a new stage of its lifecycle.

As new engineering solutions demonstrate the potential to separate, inject, and permanently store up to 1 million tonnes of CO₂ offshore while supporting enhanced oil recovery, U3Venture sees renewed value in conventional offshore oil and gas assets.

Combined with a growing portfolio of industrial-scale engineering technologies, OffshoREX is positioned to explore the long-term value repositioning of offshore brownfield assets over the next 20 years.

Potential applications include:

CCUS + Enhanced Recovery / Extended Field Life
Seawater-to-Hydrogen + New Offshore Energy Systems
Hydrogen Derivatives + Green Fuel Production
CO₂ Management + Offshore Carbon Infrastructure

Through these pathways, offshore assets can evolve from single-purpose oil and gas production facilities into integrated offshore energy and industrial assets with new strategic value.

U3Venture orchestrates and integrates assets, technologies, markets and capital to create new futures for selected offshore projects.

Existing Asset → Repositioning → New Industrial Application → Enhanced Asset Value

Starting from existing assets, we reorganize technologies and market opportunities to form new project pathways.

U3Venture — Repositioning Offshore Assets for the Next Market.

U3DSE™ Seawater Hydrogen Engineering Platform

U3DSE is a seawater electrolysis engineering platform designed specifically for offshore energy environments.
The system enables hydrogen production using direct offshore renewable power, eliminating the need for large-scale freshwater desalination.
The platform integrates multiple electrolysis technologies and supports both coastal and offshore deployment configurations.
Current engineering performance targets include:
  • DC electricity consumption ≤4.5 kWh/Nm³
  • Hydrogen purity ≥99.99%
Engineering design references international frameworks including
IEC 62282
and
ISO 14687.
The long-term development strategy supports offshore production of hydrogen, ammonia, methanol, and other green fuels and chemicals.

Hyaxon™ Offshore Energy and Communication Networks

Hyaxon is an integrated offshore transmission system designed for both energy transport and marine communications.
The system supports transportation of gaseous and liquid energy carriers while enabling co-deployment with subsea communication cables, allowing energy and data infrastructure to share common routing and installation strategies.
Key engineering considerations include:
  • high-pressure and long-distance transmission capability
  • corrosion and vibration resistance in marine environments
  • integrated pipeline and communication infrastructure planning
Engineering frameworks reference standards including
DNV-ST-N007
and
ITU-T L.1400.
Hyaxon aims to reduce the cost and complexity of offshore infrastructure deployment while improving operational efficiency.

Tritaxon™ Marine Digital and Intelligence Platform

Tritaxon is a digital infrastructure platform designed for offshore environments.
The system integrates:
  • ultra-efficient underwater data centers (target PUE <1.05)
  • marine communication networks
  • 5G and low-earth-orbit satellite backhaul connectivity
These capabilities enable the deployment of resilient digital infrastructure supporting maritime operations, offshore industry, and marine monitoring.
Engineering design references international frameworks including
ISO/IEC 27001
and
ITU-R M.2191.
Tritaxon is designed to support next-generation marine digital ecosystems and data-driven maritime operations.

U3X Platform™

U3X encompasses five types of next-generation offshore infrastructure platforms:
  1. Marine Green Energy Production & Hub: Producing green hydrogen, green ammonia, e-methanol, and high-value co-products (multiple technology pathways have completed pilot-scale validation).
  2. Maritime Operations Platform: Supporting port services, vessel bunkering, and offshore logistics.
  3. Self-Powered Ocean Engineering Platform: Modular, mobile, and deployable across nearshore-to-offshore environments with integrated energy autonomy.
  4. Green Retrofit Pathway for Legacy Oil & Gas Platforms: Low-cost conversion into net-zero assets, offering compelling economics and scalability (with proven case studies).
  5. Advanced Defense & Military Infrastructure: High-resilience, secure, and autonomously operated maritime facilities.

Engagement Pathways

U3 Global – PacifiCore delivers value globally through four integrated models:

  • T-EPC Turnkey Consulting
  • Resource and Asset Acquisition & Strategic Restructuring
  • Joint Investment and Long-Term Operations
  • Offtake Agreements and Cross-Jurisdictional Compliance Assurance

Inustry Reference

Selected industry examples illustrating operational deployment of key technologies relevant to Hyxon’s platform architecture.

DSE Xinghua Bay

Underwater IDC Linshui

DeflagrationTest Passed Xinjiang

U3DSE Modular Selection

The Pivot Point of Energy Transformation

One of U3DSE Solution :
Floating wind-coupled hydrogen pilot system in Xinghua Bay, China, operating continuously for over 1,000 hours and validating system resilience under high salinity and wave conditions.

U3DSE Downstream Integrated Applications – Examples:
• Green ammonia (marine fuel, fertilizer feedstock)
• E-methanol (chemical feedstock, marine fuel)
• Off-grid power supply (for islands and offshore platforms)
• Strategic mineral recovery (e.g., Mg(OH)₂, Br₂)
OceanU3

OceanU3

Partnering With the Ocean
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