Install
OceanTree hardware and site configuration for commercial, institutional and public environments.
EXISTING PRODUCT DIRECTIONINVESTORS & STRATEGIC PARTNERSBuilding an infrastructure
Building an infrastructure
category with biology.
OceanLux is assembling an integrated biological air-infrastructure platform: systems installed in spaces, sustained through service, informed by environmental monitoring, and extended through future research.
THE INVESTMENT LENS
Technology. Product. Evidence. Expansion.
Proprietary pathway
Proprietary biological operating methods, in-house product engineering and field learning, with patent matters available for qualified due diligence.
Product portfolio
Installed commercial equipment alongside staged architectural and systems R&D.
Market pathways
Commercial buildings, transport facilities, industrial campuses, public environments and partners.
The public site does not publish funding asks, valuation, revenue forecasts or confidential pipeline. Interested investors may request company materials through a qualified introductory conversation.
THE BUSINESS MODEL / FOUR CONNECTED PILLARSOne platform.
One platform.
Four ways to create value.
A system lifecycle designed for buyers who need deployable hardware, ongoing upkeep, reliable measurements and a credible route toward larger biological infrastructure.
Service
Culture care, consumables, periodic maintenance, on-site training and operational continuity.
RECURRING SERVICE MODELMonitor
AQI, CO₂ and environmental measurements with responsible reporting and data interpretation.
DEVELOPMENT / DEPLOYMENT DEPENDENTScale
Pathways in HVAC, architecture, BioClad and biological systems for larger commercial infrastructure.
R&D ROADMAPINSTALL → SERVICE & AMC → MONITOR & LEARN → DESIGN FOR SCALE
TECHNOLOGY ROADMAP / EXPLORATORY
From individual systems to living infrastructure.
Beyond deployed OceanTree installations, these are concept and R&D pathways—not delivered projects or established performance results.
CONCEPT VISUAL / UNDER DEVELOPMENT
BioClad — Living Façade
Exploring microalgae culture modules within commercial building envelopes, combining biological CO₂ utilization with architecture and environmental monitoring.
EXPLORATORY CONCEPT / VALIDATION REQUIRED
Data-centre decarbonization
Investigating modular biological systems, waste-heat integration opportunities and monitoring as part of future low-carbon data-centre infrastructure.
EARLY-STAGE R&D / NOT A COMMERCIAL PRODUCT
Commercial HVAC integration
Conceptual engineered algae modules for controlled laboratory investigation of indoor CO₂ management, airflow, lighting, sealing and maintenance.
OCEANLUX / ENVIRONMENTAL INTELLIGENCE
CO₂ · DEMO620ppmillustrative readout
AQI · DEMO36illustrative readout
MEASUREMENT & REPORTING / ROADMAP
From an installation to a measurable operating system.
Environmental sensors and reporting interfaces can help distinguish system operation, site conditions and customer-relevant evidence. The display shown is an illustrative interface, not connected live telemetry.
DILIGENCE / IMPORTANT DISTINCTIONSBuilt on evidence.
Built on evidence.
Clear about what comes next.
What exists today
Working photobioreactor products, field installation photographs, internally reported biological operating parameters and documented technical development. Requests for test documentation and project permissions are welcomed.
Recurring economics
A potential revenue stack includes equipment sales, annual maintenance, culture consumables, service visits, training and—where validated—monitoring and data services. Terms depend on deployment contracts.
What still requires validation
Scaling cost, customer adoption, installation uptime, biological output under new conditions, HVAC safety and sealing, building-envelope engineering, data-centre integration and full lifecycle impact.
Customer leads are not orders; prototype studies are not mature products; modelled results are not verified environmental credits. Technical and financial diligence materials can be shared directly where appropriate.