Both Brown’s Bay and Lions Gate plants discharging virus and bacteria

VANCOUVER — Environmental groups are applauding the B.C. government’s recent decision to conduct a review of fish processing plants, following revealing video of virus-laden “bloodwater” being discharged into the ocean.

After the video and initial lab results were released publicly, the fish farming industry said that discharge from fish processing plants was disinfected prior to release into the environment.

However, government tests confirmed the initial findings. Bloodwater from both plants tested was highly contaminated with piscine reovirus (PRV), a virus contagious to both wild and farmed fish. In addition, the waste showed extremely high levels of enterococcus, a bacterium normally found in sewage. Samples taken from both plants showed more than 60,000 bacteria per 100 millilitres while the level considered safe for human recreation in water is less than 70 per 100 millilitres. The government’s findings also make it clear that the plants’ effluents were not being disinfected as originally claimed by the BC Salmon Farmers Association and Brown’s Bay Packing Co. Ltd.

“The government’s own testing confirmed that the waste discharged from both Brown’s Bay and Lions Gate fish processing plants was loaded with PRV,” said Alexandra Morton of Raincoast Research Society. “Independent tests also confirmed that the virus was capable of being cultured in the lab, meaning it was alive and able to infect other fish. PRV is carried in the blood, where scientists believe it weakens fish, making them less able to feed, evade predators or make their way upstream to spawn.”

David Suzuki Foundation senior science and policy advisor John Werring observed that the levels of virus and bacteria shown on the lab reports are inconsistent with the claim by Brown’s Bay Packing that its effluent is disinfected.

“Even today, Brown’s Bay’s website refers to ‘our disinfected effluent discharge process’ in the context of recent negative media reports,” Werring said. “While the plant appears to be equipped with chlorination facilities, they were clearly either not in use or were ineffective when the sample sets were taken.”

“It is difficult to put the lab results into perspective, since we don’t know how high the levels of these harmful bacteria are after dilution in the waters of Brown’s Bay or near the plant in Tofino,” said Karen Wristen, executive director of Living Oceans Society. “Levels this high really require testing of the local waters on a priority basis to understand the risk to human health and the marine environment.”

It is presently unknown why the levels of enterococcus were so high in the processing plant waste. It is common practice to starve fish for several days before slaughter, so that their guts will be empty. A January 19, 2017 Fisheries and Oceans Canada webpage, Thinking Out of the Box: Exploring Strategies to Reduce Sea Lice Infestations in Salmon Farms, reports that it has been exploring the use of beneficial bacteria added to feed to increase resistance to sea lice since 2013, but there is no publicly available information about the content of feeds currently in use. Samples taken from the well of a boat used to transport fish to Lions Gate tested positive for enterococcus as well, but the levels (690 colony-forming units per 100 millilitres) were orders of magnitude lower than at the plants.

“I have asked the ministry of the environment to look into the potential for danger to human health and the marine environment arising from this bloodwater,” Morton said. “However, the most urgent concern is, now that government knows about this plume of PRV-infected bloodwater, are they going to allow another generation of Fraser River salmon to swim through it starting in a few weeks?”

– 30 –

For more information, please contact:

John Werring, David Suzuki Foundation, 604-306-0517

Alex Morton, Raincoast Research Society, 250-974-7086

Karen Wristen, Living Oceans Society, 604-788-5634



Pacific Biological Station (DFO) narrative report

Lab results