Explore Core Facilities

Core facilities play an integral role in our research infrastructure, empowering researchers to break new ground by offering specialized laboratories with state-of-the-art equipment, unique instrumentation and shared services managed by scientists with the technical expertise and experience to help others. Learn more

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  • New Jersey's coastal location and its proximity to the largest consumer markets in the nation indicate that aquaculture can be a thriving and vital industry in the State. The New Jersey Aquaculture Innovation Center at Rutgers University (AIC) is poised to play a critical role in the growth of aquaculture. In addition to direct employment, aquaculture producers create jobs in shore-side communities such as seafood processing, marketing, transportation and vessel maintenance. Ancillary jobs also are created in professions such as law, accounting, consulting, insurance, and in industries that supply materials to aquaculture businesses such as outboard motors, plastic mesh and piping and fish feed.

    These bring the total economic impact of aquaculture to New Jersey as high as $36 million. At the AIC, members of the fishing industry, aquaculture entrepreneurs and those interested in aquatic restoration will be able to learn methods of commercially raising seafood, thus enabling them to compete with industries from surrounding states already engaged in the practice. For example, the hard clam aquaculture industry in New Jersey commenced in the mid-1970's when a number of New Jersey watermen received training at the Virginia Institute of Marine Science. These watermen adapted the aquaculture technology to New Jersey conditions and developed what is now a multimillion dollar eco-friendly industry spanning the entire east coast.

    The AIC supports production of disease resistant seed oysters, a critical component in efforts to revitalize the oyster industry in Delaware Bay and other east coast bays and estuaries. This facility also supports scientific research and provides entrepreneurs with a business incubator where small-scale pilot projects can stimulate new business opportunities.

    Key Resources
    • General Features 22,000 square feet of interior space; 7,800 square feet of exterior space; Two algal culture rooms occupying 2,400 square feet; 750 square feet additional laboratory area; Workshop and garage areas
    • Seawater Two 100-hp main pumps supply raw seawater at 2,500 gallons-per-minute; "Treated" seawater is filtered, sterilized with ultraviolet radiation, temperature-adjusted and stored in an insulated 60,000 gallon tank for distribution throughout the facility; Seawater is pumped year-round from the Cape May Canal at salinities around 30 ppt
    • Main Culture Room 12,000 square feet; Supplied with both treated and raw seawater; Air distribution system; Network of floor drains, where all water returns to Cape May Canal; Hot and cold freshwater for wash-down; Water from elevated indoor and outdoor areas can be reused in tank culture of other organisms
    Location Other
    Contact Name Michael P. De Luca
  • Nuclear Magnetic Resonance

    The facility supports the research of groups in the Department of Chemistry and other academic institutions in the area as well as corporations from the chemical and the pharmaceutical industries.

    Key Resources

    Nuclear Magnetic Resonance (NMR); structure determination; 500 MHz; 600 MHz

    Location Newark
    Contact Name

    Lazaros Kakalis