IAS recently completed this project at the Hog Island Oyster Farm to address critical shortcomings of the original system supplier's design in the farm's oyster holding and depuration system. Faced with a system that failed to meet State total coliform bacteria level requirements due to undersized pumps and UV systems causing inadequate flow and turnover through filtration and chillers, IAS was engaged to provide a comprehensive overhaul. By supplying properly sized Wilo SCOT 10HP 604 & 7.5HP 605 series 316SS pumps equipped with VFDs and introducing a state-of-the-art SITA PE100 UV Sterilizer unit, IAS successfully remedied the system's deficiencies. As a result, the updated system not only achieved compliance with stringent State testing levels but also maintained bacteria levels at non-detectable thresholds, ensuring the safety and quality of the oysters. This project not only underscores IAS's expertise in aquatic system optimization but also highlights our commitment to advancing sustainable aquaculture.
"We recently worked with Integrated Aqua Systems to build our new recirculating wet storage system for shellfish.
I cannot recommend Ryan Karcher and IAS highly enough. Our original plans of using parts from an older system presented challenges, many of which were not initially viable. Ryan's expertise was crucial; he not only provided detailed information but also assisted us in selecting the most suitable new pumps and UV filtration equipment.
What impressed us most was Ryan's commitment to ensuring everything met our needs precisely. All the estimated lead times he provided were spot-on, and the products were delivered exactly as promised. Moreover, Ryan went above and beyond by consistently being available to answer numerous questions regarding our system's functionality, ensuring we felt confident and knowledgeable at every step."
Zane Finger
Director of Project Development
Hog Island Oyster
