Processing

               Building Diagram

caviar bldg pic
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Processing
Caviar processing requires extremely sanitary conditions. We are achieving this condition by constructing our processing plant specifically for the production of caviar.  Every aspect of the plant complies with the Food and Drug Administration (FDA) Food Code 2001 and Current Good Manufacturing Practices, as well as with the State of
Florida’s Minimum Construction Standards and Specifications are mandatory. We will also comply with a written Hazard Analysis and Critical Control Point Plan (HACCP), which is required to processing seafood in the United States today.  All of these steps build on one another to form a complete processing scenario that Mote Marine Laboratory will employ to produce World Class product.

The plant is designed to receive the whole fish, remove the eggs, move and process the caviar in a linear flow. The caviar, which is a Ready-to-Eat Product, will never travel back through an area that is likely or remotely possible to contaminate it.  Once, the eggs are cleaned and passed through a screen, they are salted and placed in jars for marketing. These jars will be stored just below freezing to optimize the shelf life.  Using these latest technologies, we will be able to produce “Malasol” caviar! That is… caviar that is not as heavily salted. This is achieved through near perfect sanitation and low temperature refrigeration. Also, our on-site facility allows for the least possible time from harvest to processing.


 

 



Processing and Harvesting

Once the sturgeon reach a marketable size (approx. 4 kg), the males are harvested for meat.  The females are allowed to grow until approximately 5-6 years of age (7-10 kgs) when they will produce caviar.  We expect the caviar to comprise approximately 10% of the female fish’s body weight.  At the time of harvest, the female fish will be processed in a similar manner as the male sturgeon were; however, the caviar of the females will be further processed for marketing. 

Construction of the caviar processing building is currently underway with an expected completion in February 2004.  The sturgeon production operation will ultimately sustain a biomass of 200 tons of sturgeon, yielding 75 tons of meat and 4.2 tons of caviar per year when in full operation.

<>One of the final issues that we are addressing is the sustainability of our seafood resources. As fishery resources continue to decline, the need for farmed seafood products continues to expand. Sturgeon fishery stocks around the world have been severely impacted by overfishing and loss of habitat. Mote’s Commercial Demonstration Sturgeon project is developing the technology to produce high-quality seafood products, such as sturgeon and caviar, in an environmentally sustainable manner.





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