Our services.

  • Our marine finfish hatchery provides a pristine, controlled environment for your research, featuring a newly remodeled larval rearing system. The hatchery and live feeds area use water sterilized with ozone, UV, or both, ensuring the highest water quality for optimal larval health and development.

    Our facility includes:

    • Tanks: Four 2.5 MT self-cleaning tanks to minimize maintenance and provide a clean environment for your cultures.

    • Live Feeds: We can provide up to 1 billion rotifers daily, as well as first and second-instar artemia from our on-site cold banks, ensuring a consistent and reliable food source.

    Our senior staff, with extensive commercial experience in Seriola larval rearing, have been present for almost all on-site runs, providing unparalleled expertise to support your projects.

  • Our facility includes over 50 tanks ranging from 2.5 to 50 metric tons, allowing for experiments at multiple scales. Our current inventory includes:

    • 4 × 2.5 MT self-cleaning tanks

    • 30 × 4 MT tanks

    • 9 × 10 MT tanks

    • 2 × 50 MT tanks

    Additional tanks are available upon request. All tanks can be covered and shaded to prevent escapes, reduce bird predation, and minimize algae growth. Regenerative blowers provide aeration across the entire facility.

  • All tank systems operate using physically filtered surface seawater to ensure reliable flow-through.

    • Filtered deep-sea water and precision temperature control are available on a limited basis and can be reserved or adapted for specialized projects.

    • Raw deep-sea water is also available but is restricted to seaweed research to prevent biosecurity risks.

  • Our experienced on-site team handles all daily maintenance, allowing you to focus on your research. We are also able to collaborate on custom modifications to meet your specific project needs.

  • A dedicated production area supports seaweed-focused research. Facilities include:

    • Rectangular tanks

    • Sun tubes

    • 4 MT tanks

    • 10 MT tanks

    This infrastructure allows controlled growth of limu in nurseries and offshore simulated environments.

  • Our modular systems use a multi-stage approach to minimize pathogen transfer and ensure pristine, biosecure seawater for your experiments. Our filtration process includes:

    • Coarse strainers (~900 µm)

    • Sand filters (~20 µm)

    • Cartridge filters (to 5 µm)

    Our hatchery and live feeds areas further enhance water quality with ozone and/or UV sterilization.

Our Tank Farm

Our state-of-the-art 0.6-acre tank farm provides unparalleled flexibility and security for your research. With over 50 tanks and three independent filtration systems, we can support multiple replicate experiments simultaneously while ensuring strict biosecurity.

Farm features:

Lab Space

Our on-site lab provides a cost-effective and efficient way to conduct your preliminary experiments. You can run multiple small-scale trials simultaneously to gather initial data before scaling up to larger, more extensive studies.

Our laboratory is equipped with key instruments to support your research:

  • Spectrophotometer

  • Microscopes

  • Bench-top centrifuge

  • Refrigerators and Freezers

  • Air-conditioned feed storage

Data Analysis

Our team offers comprehensive data analysis support to help you transform your research data into meaningful insights. We provide guidance from the earliest stages of your project, helping you with experimental design to ensure your data is robust and your research questions can be answered.

We provide the expertise and support you need to analyze your results and prepare them for presentation or publication.

Our staff is trained in a variety of tools:

  • for advanced statistical modeling and data visualization, providing the rigorous analysis needed for publication-quality results.

  • to efficiently summarize, analyze, and report on data, providing an easy-to-use data sheets so one can quickly explore and compare data findings.

  • This tool is used to assist with project and experiment visualization and spatial planning, helping to optimize research setup.

  • For creating professional-quality graphics and figures, labels, and posters for publication, product development, and reporting.