4 results

SCRC: Determination of the baseline levels of key chemical parameters in a proposed aquaculture zone

Project number: 2012-738
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Nigel West
Organisation: ChemCentre (WA)
Project start/end date: 14 Jun 2013 - 29 Oct 2014
Contact:
FRDC

Need

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

• Will underpin the strategic environmental approval of the project;
• Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
• Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Final report

ISBN: 978-0-646-93834-9
Author: Nigel West
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Final Report • 2013-06-28 • 1,003.27 KB
2012-738-DLD.pdf

Summary

Finfish aquaculture has the potential to be a major and increasingly important industry in Western Australia (WA); however, the requirement for start-up aquaculture operators to undertake a number of Government approvals processes is inhibitive to the growth of the industry. In many cases, the time and costs involved in obtaining the environmental approvals has proved unduly expensive and time-consuming and has deterred investment in the industry.

The Department of Fisheries (DoF) in WA has taken a strategic approach and decided to create an Aquaculture Zone in WA’s Mid West to facilitate development of the finfish aquaculture industry in this area. The Mid West Zone Project aims to ensure aquaculture in the zone is socially acceptable and environmentally responsible. The DoF must provide the WA Environmental Protection Authority (EPA) with an assessment of the potential environmental impact that this industry would have. The data for this environmental impact assessment (EIA) will be generated from appropriate field sampling and analytical measurements and:

  • Will underpin the strategic environmental approval of the project;
  • Will be used to streamline proposals for a number of potential finfish aquaculture operations within the Mid West zone; and
  • Will be used in a coupled hydrodynamic and ecological model (ecosystem model) to determine the environmental stresses that may be attributable to penned fish in the marine environment.

Project Objectives

  1. Determine baseline levels of nutrients in seawater and sediment samples
  2. Determine baseline levels of TPH, PAH and alkyl PAHs in seawater and sediment samples
  3. Determine baseline levels of metals and OC/OPs in sediment samples
  4. Deliver data to DoF that can be used to satisfy EPA requirements regarding setting up new aquaculture zones
Industry
PROJECT NUMBER • 2008-794.10
PROJECT STATUS:
COMPLETED

Seafood CRC: retail transformation - identifying opportunities for creating consumer focused Australian salmon value added products

Australian Salmon represents one of the last sustainable, relatively untapped wild catch fisheries in Australia with capture and harvest techniques not having changed significantly for many decades. Fish quality is quite variable and harvest practices are not optimised. As a result, consumer...
ORGANISATION:
ChemCentre (WA)
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PROJECT NUMBER • 2007-708
PROJECT STATUS:
COMPLETED

SCRC: Seafood CRC: a review of predictive and rapid diagnostic technologies relevant to the Australian seafood industry

This study comprised a literature review of predictive and rapid diagnostic technologies for the seafood industry. Predictive technologies are becoming well established in the food industry to deal with issues of safety, spoilage and shelf-life. The Seafood Shelf-life and Safety Predictor (SSSP),...
ORGANISATION:
ChemCentre (WA)
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