Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.