Imaging FlowCytobot Buoy for Harmful Algal Bloom Detection
Overview
EOM Offshore launched a next-generation ocean monitoring buoy equipped with McLane Research Laboratories’ Imaging FlowCytobot (IFCB) and Sea-Bird Scientific water quality sensors.
This advanced platform captures live, high-resolution images of phytoplankton, enabling early detection of harmful algal blooms (HABs) and providing researchers with deeper insights into marine ecosystems and water quality.
Now en route to the Middle East, this buoy will provide real-time IFCB, CTD, solar irradiation, and environmental data from the Arabian Gulf, one of the world’s most dynamic marine environments.
The Challenge
Harmful algal blooms threaten fisheries, aquaculture, human health, and coastal economies. Traditional sampling methods are often time-consuming and lack the fine-scale resolution needed for early warning. Stakeholders required a robust, autonomous buoy platform capable of continuous, real-time monitoring of phytoplankton communities and environmental conditions, while operating reliably in the extreme conditions of the Arabian Gulf.
Our Solution
EOM Offshore engineered and delivered a modular buoy system designed for long-term endurance, versatility, and real-time data transmission.
Key advantages of this solution included:
- High-resolution imaging: McLane’s IFCB captures live images of phytoplankton to detect HABs early.
- Water quality monitoring: Sea-Bird Scientific sensors measure conductivity, temperature, depth (CTD), dissolved oxygen, and other critical parameters.
- Central onboard computer: Provides full system autonomy and coordinated sensor operations.
- Global connectivity: Satellite, cellular, and Starlink-ready communications for real-time access.
- EOM sampling system: Collects from multiple depths for detailed water column analysis.
- Hybrid power: Solar and wind energy ensure continuous, multi-sensor operation.
- Low-maintenance design: Modular, adaptable system for easy deployment and servicing.
Summary
This project demonstrates EOM Offshore’s ability to deliver advanced harmful algal bloom monitoring systems that combine real-time imaging, water quality sensors, and autonomous buoy platforms. By integrating McLane IFCB technology with Sea-Bird Scientific instrumentation, powered by EOM’s hybrid energy and compliant mooring solutions, this buoy represents a scalable solution for marine research, aquaculture protection, and environmental resilience in the Arabian Gulf and beyond.