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Abell Foundation
For years 2022-2023, Solar Oysters received grant funding from the Abell Foundation in partnership with Chesapeake Bay Foundation (CBF) to support their oyster gardening program and further develop the SOPS prototype. CBF provided spat-on-shell oysters to SOPS in October 2021 which were grown until November 2022 to produce an estimated 40,000 oysters. In the same day, the 2022 cohort was outplanted at Fort Carroll in the Baltimore Harbor, a CBF oyster restoration reef, while a new cohort for 2023 was onboarded to SOPS. The 2023 cohort was very densely set at an estimated 490,000 spat. CBF and Solar Oysters also facilitated Baltimore City STEM teacher visits to SOPS to discuss the design and biological concepts of the technology. As part of this grant, Solar Oysters hosted University of Maryland Baltimore County (UMBC) Interdisciplinary Consortium for Applied Research in the Environment (ICARE) graduate student to design and conduct an experiment using the 2022 oyster cohort. The experiment aimed to evaluate how rotation of oyster cages on SOPS affects oyster growth. The CBF oysters were sampled every 3 weeks from April to October for height measurements. Traditional cages were also suspended from the side of SOPS for comparison. Preliminary results show higher survival in oysters grown on SOPS than in traditional and static cages. |
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Chesapeake Oyster Innovation Award Program
For year 2023, Solar Oysters received funding from the Chesapeake Oyster Alliance and Chesapeake Bay Trust to design, build, and implement an automatic spray wash bar system to test on a SOPS prototype ladder. Heavy biofouling, an accumulation of algae and microorganisms, can hinder oyster growth by competing for available food sources and weaken aquaculture equipment. Mitigation of biofouling via pressure washing is very labor intensive and can take 5-8 hours on the SOPS prototype. By mounting a spray bar overtop of a ladder system, this process can be reduced to just minutes. The project will run from April to September.
In 2020, funding was awarded to Morgan State University and Solar Oysters to build and evaluate a prototype spray header system to automatically remove biofouling as part of the F3 Tech Accelerator Program. Beneficial spray nozzle type and pressure ratings were identified as a result. Funding from the Chesapeake Oyster Innovation Award Program will bring this design to its final stages of examining flow and intake rates for implementation on current and future SOPS.
For year 2023, Solar Oysters received funding from the Chesapeake Oyster Alliance and Chesapeake Bay Trust to design, build, and implement an automatic spray wash bar system to test on a SOPS prototype ladder. Heavy biofouling, an accumulation of algae and microorganisms, can hinder oyster growth by competing for available food sources and weaken aquaculture equipment. Mitigation of biofouling via pressure washing is very labor intensive and can take 5-8 hours on the SOPS prototype. By mounting a spray bar overtop of a ladder system, this process can be reduced to just minutes. The project will run from April to September.
In 2020, funding was awarded to Morgan State University and Solar Oysters to build and evaluate a prototype spray header system to automatically remove biofouling as part of the F3 Tech Accelerator Program. Beneficial spray nozzle type and pressure ratings were identified as a result. Funding from the Chesapeake Oyster Innovation Award Program will bring this design to its final stages of examining flow and intake rates for implementation on current and future SOPS.
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Photos to come this summer season!
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The Future of SOPS
Moving forward, Solar Oysters aims to build and deploy a large SOPS model that can support production of over 2 million oysters per year. This design reaches 90 ft x 60 ft (0.12 acres) and is equipped with 30 rotatable ladders, 120 solar panels, and an 8000+ oyster cage capacity. Solar Oysters has two lease applications pending for water column sites in Cove Point, MD where we hope to deploy several SOPS units and expand our impact! This site will be used as a research and development location for our technology. |
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