About the Project

Project Overview

CYMABIO - Cyprus Marine Bioreactor - is an applied research and innovation project focused on advancing microalgae production for the needs of marine aquaculture hatcheries in Cyprus.

The project aims to introduce innovative photobioreactor technology to support the reliable, controlled and sustainable production of microalgae, an essential component of marine fish larval rearing.

By integrating advanced cultivation systems and innovative production approaches, CYMABIO seeks to strengthen the technological capacity of Cypriot marine hatcheries and contribute to the sustainable development of the aquaculture sector.

Specific Objectives

🟢 Installation and Optimisation of Innovative Microalgae Cultivation Technologies

To install and optimise advanced photobioreactor systems at the Telia Aquamarine Ltd. hatchery, adapting cultivation conditions to the local environment and optimising key parameters such as nutrient supply, light intensity and carbon dioxide concentration to ensure consistent, high-quality microalgae production.

🟢 Advanced Monitoring and Control of Photobioreactor Systems

To implement advanced automation, sensor technologies and telemetry systems, enabling real-time data collection, continuous monitoring and dynamic adjustment of cultivation conditions.

🟢 Strengthening Self-Sufficiency in Live Microalgae Production

To reduce dependence on external suppliers by establishing a stable and quality-controlled supply of live microalgae, supporting the nutritional requirements, growth and survival of fish larvae and zooplankton.

🟢 Development of Standard Operating Procedures (SOPs) and Guidelines

To develop comprehensive protocols for PBR operation, maintenance, biomass harvesting and microalgae application, including system sterilisation, contamination prevention and optimised harvesting procedures

🟢 Evaluation of the Nutritional Value and Biological Impact of Microalgae

To investigate the nutritional composition of the produced microalgae, with particular emphasis on EPA, DHA, proteins and carotenoids, and assess their effects on the growth, survival and immune response of fish larvae and zooplankton.

🟢 Assessment of the Economic and Commercial Potential of PBR Technology

To evaluate the economic viability of PBR technology through cost-benefit analysis and explore opportunities for commercial exploitation of the produced microalgae in other Cypriot hatcheries and related sectors, including biotechnology, nutritional supplements and cosmetics.

🟢 Dissemination and Promotion of Project Results

To communicate and disseminate the project's results to the public, scientific and aquaculture communities, industry stakeholders and relevant authorities, highlighting the contribution of PBR technology to sustainable microalgae production and the development of marine hatcheries in Cyprus.

Project Impact

CYMABIO aims to strengthen the sustainability, resilience and competitiveness of marine aquaculture in Cyprus through the introduction of advanced photobioreactor technology.

By establishing reliable, controlled production of high-quality live microalgae, the project is expected to reduce hatcheries' dependence on imported and processed microalgae products, while improving the availability and nutritional quality of live feed for fish larvae and zooplankton.

The project will also contribute to the modernisation of hatchery operations through automation, real-time monitoring and improved production management. The knowledge and operational protocols developed through CYMABIO may provide a valuable model for the wider adoption of photobioreactor technology in Mediterranean aquaculture.

Ultimately, CYMABIO seeks to support a more efficient, innovative and sustainable aquaculture sector, while strengthening Cyprus's technological expertise in marine hatchery production.

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