Radioactive Shrimp Recall in U.S. Spurs Nationwide Food Safety Alert

Frozen shrimp products in U.S. supermarkets are under recall due to potential radioactive contamination (representative image). In an unprecedented frozen seafood recall, U.S. authorities have pulled over 80,000 bags of imported shrimp off the market after tests indicated possible exposure to a radioactive material. On December 19, 2025, Direct Source Seafood LLC of Bellevue, WA – a major seafood importer – announced a recall of approximately 83,800 bags of frozen raw shrimp because the products “may have been exposed to low levels of Cesium-137” during processing or transport. Cesium-137 is a man-made radioactive isotope, and its presence triggered alarms in routine screening, prompting swift action by the Food and Drug Administration (FDA). While the levels detected were low, regulators and the company acted out of an abundance of caution to prevent any potential long-term health risk to consumers.

The recalled shrimp were sold under two brand names in the U.S. retail market: Market 32 (1-pound bags), and Waterfront Bistro (2-pound bags). These brands are carried by various supermarket chains across multiple states – Market 32 shrimp were distributed to Price Chopper stores in the Northeast, and Waterfront Bistro shrimp were sold at Albertsons, Safeway, Jewel-Osco, Lucky, and related stores in states from Illinois and Iowa to Nevada and Oregon. The shrimp originated from Indonesia, processed by a supplier identified as PT. Bahari Makmur Sejati (BMS Foods). Investigations suggest that somewhere in the supply chain – possibly at a cold storage facility or shipping container – the shrimp may have come into contact with radioactive materials, leading to trace contamination. The FDA had been actively monitoring this situation; notably, in October 2025 it reported no contaminated shrimp had entered U.S. commerce, but by December enough evidence emerged to warrant this recall.

From a food safety compliance standpoint, this recall is remarkable. It’s not a typical bacterial or allergen issue, but a radiological one. Cesium-137 can be a byproduct of nuclear reactions and has been found in the environment from events like nuclear accidents. Even “very low levels” of Cs-137 in food, if consumed over time, could incrementally increase cancer risk because the isotope can damage DNA. There is no immediate illness associated with the shrimp recall – indeed, no injuries or sickness have been reported. The main concern is the long-term exposure hazard. U.S. health officials advise that anyone who purchased these specific shrimp should not eat them and instead dispose of them or return them to the store. This guidance has been communicated widely, and retailers have removed the product from freezers. The FDA is also blocking further imports from the implicated Indonesian processor by placing it on an import alert, meaning all shrimp from that source will be detained at the border.

The media and industry reaction to this “radioactive shrimp” event has been intense. It’s highly unusual to see food recalls over radioactive contamination, and it has prompted questions about seafood traceability and supply chain oversight. How did the contamination occur? Possibilities include exposure to a contaminated shipping container or storage near industrial materials. Direct Source Seafood and the FDA are conducting a trace-back: tracking the shrimp’s journey from Indonesian processing plants, through shipping yards, to U.S. distribution centers, to pinpoint where Cs-137 exposure might have happened. This highlights the need for a digital seafood supply chain trail that can quickly identify each node the product passed through. In this case, traceability data allowed authorities to zero in on BMS Foods in Indonesia and specific shipment dates (shipments after mid-2025) as the focus of investigation.

Consumer confidence is a key concern. Major grocery retailers have had to reassure customers that aside from the listed lots, other seafood is safe. Food safety professionals note that this recall, while alarming in headline, demonstrates the effectiveness of safety systems: routine scanning caught the issue, and recall protocols were executed rapidly. The frozen seafood recall also underscores the importance of international standards and monitoring. U.S. regulators are likely to collaborate with Indonesian counterparts to ensure the source of contamination is eliminated. This could mean inspecting facilities for radioisotope sources or requiring exporters to certify products are free from radiological hazards.

For B2B stakeholders – importers, distributors, QA managers – this incident is a wake-up call to think beyond the usual biological and chemical hazards. Food safety compliance now must account for radiological safety too, however rare such events may be. Tools like improved packaging scanners, blockchain records for container contents, and cross-border data sharing can enhance prevention and traceability. The U.S. radioactive shrimp recall of 2025 ultimately shows that with vigilant monitoring and a robust recall system, public health risks can be managed effectively, even in novel scenarios. It also reinforces that seafood traceability isn’t solely about tracking fish from ocean to plate for sustainability – it’s equally about tracking and intercepting any threat that arises along the way