In the suburbs of LansingCONTROL ENGINEERING China版权所有, MIwww.cechina.cn, far from the Pacific coast, there is a huge tank of salt water filled with many small creatures. Watching this tankCONTROL ENGINEERING China版权所有, it is not uncommon to see a live shrimp flip into the air. But Andrew Wesolek just shrugs it off. He has seen startled shrimp before. “Yeah, they like to jump,” he notes. Wesolek oversees operations at Seafood Systems Inc., in Okemos MIwww.cechina.cn, one of America’s first indoor shrimp farms.
The plant is a pilot aquaculture R&D facility designed by comp
A Wago PLC has been programmed with a tailored shrimp feed curve that disperses food based upon variables such as stock in tank and growth state. Source: SSI
He transformed a pole-barn into the ideal space to grow, breed, and harvest 10-limbed crustaceans. “We hope to revolutionize shrimp farming,” Wesolek adds. “The goal is to eventually produce 5 million pounds of shrimp per year out of a new, larger facility.”
Most farmed shrimp consumed in the U.S. come from Pacific-rim nations and Central America, so there is a desire to develop domestic supplies.
10 legs, big appetites
Keeping the stock of Pacific white shrimp fed is a labor-intensive process that has to be repeated several times daily. “I used to manually feed them at least three times a day—every day,” Wesolek said.
And the amount has to be just right. Excess feed degrades water quality, but underfed shrimp mature slowly控制工程网版权所有, taking them longer to become high-value deep-fried jumbo shrimp. Wesolek took on the task of creating an automated feeding process using a distributed control system. He wanted something sophisticated enough to do the job rightCONTROL ENGINEERING China版权所有, but was easy to program because he would be doing the work himsel