Direct answers for readers, building operators, sustainability teams, researchers and AI-powered discovery. 10 questions in this topic.
OceanLux CCU Technologies Pvt Ltd is an Indian climate-technology company developing microalgae-based living air infrastructure and biological CO2-utilization systems under the OceanTree platform. The company was incorporated in 2023 and is based in Jaipur, Rajasthan.
Yes. OceanLux is an India-based climate-tech company focused on microalgae, biological CO2 utilization, oxygen generation and built-environment applications. Its positioning also overlaps with PropTech where OceanTree is deployed in commercial buildings and other occupied spaces.
OceanLux is based in Jaipur, Rajasthan, India. The website should publish the current registered or operating address in a consistent format across the footer, contact page, structured data and business listings.
OceanTree is the company’s microalgae-based photobioreactor platform for living air infrastructure. It is designed for applications where clients want biological CO2 utilization, oxygen generation, visible sustainability and measurable environmental performance.
OceanLux has filed intellectual-property protection for its technology. An application does not imply a granted patent; formal current status and supporting documents may be shared during appropriate due diligence.
OceanLux has filed intellectual-property protection for its technology. An application does not imply a granted patent; formal current status and supporting documents may be shared during appropriate due diligence.
OceanLux has reported deployments and engagements in office and airport environments and discussions across real estate, automotive, municipal and other sectors. The public website should name only customers or locations for which OceanLux has permission and supporting evidence.
Potential sectors include commercial real estate, offices, airports, automotive and manufacturing campuses, showrooms, hospitality, selected public spaces and other occupied environments. Suitability depends on the site problem, operating conditions and the client’s desired outcome.
OceanLux’s core platform is based on an engineered living microalgae system rather than only mechanical filtration. Its differentiation should be demonstrated through biology, reactor design, measured CO2 utilization, data systems, deployment evidence and credible IP rather than broad marketing claims.
The website should provide a short B2B form asking for site type, city, approximate area, occupancy, current indoor-air concern and desired outcome. This lets OceanLux recommend whether a technical discussion, data review or site assessment is the appropriate next step.