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This course is designed to familiarize participants
with the technology used in the treatment of water for safe, compliant,
and effective hatchery use and discharge to optimize fish propagation conditions. Oxygen
injection, ozonation, biofiltration,
and disinfection systems are among the topics to be covered. This course
will include lecture, laboratory and case study problem solving and discussion.
Who Should Attend: Fish Culturist and hatchery employees
Length: 5 days/36 hours
Objectives: By the end of this session, the participant will be able to:
- Given
physical, biological, and chemical characteristics of water, participants
will be able to perform four water quality analyses;
- Given test kits from the water quality labs,
demonstrate all the water sampling procedures using prescribed sterile
techniques for both fish and domestic water;
- Discuss all the legal aspects of water supplies
including water rights, water quantity, water quality, source water and
documentation record keeping as they pertain to aquaculture systems;
- Evaluate methods of water treatment including
disinfection, mechanical filtration and sterilizing, for hatchery water
systems;
- Evaluate five methods of mechanical filtration
for hatchery water systems;
- List all aeration methods available to increase
dissolved oxygen in fish rearing units;
- Given oxygen sources available, discuss
five methods of different oxygenation injection units and systems;
- Given an example of nitrogen gas supersaturation,
calculate the correct nitrogen gas concentration;
- Given flow diagrams define the nitrification
process's units as pertaining to biological filtration systems and involving
reuse, recycle and recirculation;
- Given a list of parameters and consequences,
discuss five hatchery effluent treatment techniques to maintain a compliant
NPDES permit and to be proactive for best conservation management practices;
- When discussing fish rearing systems, list
three fish disease problems associated with water quality parameters, unprotected
water sources, and poorly designed systems;
- When working around fish rearing systems,
determine six human safety issues regarding water pressure, radon, electricity,
confined space and other potential hazards;
- Design a preventative maintenance program
which includes alarms, backups, callback, and cyclical replacement needs
for all of the mechanical components discussed in a fish culture system
during this course;
- When preparing a biosecurity plan, participants will be able to write a plan/document
that ensures isolation and quarantine goals are adequately met to insure
the safety of fish, facilities, septic systems, and people; and
- Given case studies examples, participants
will be able to correctly report on possible solutions to remedy water
treatment problems.
Availability: |
Annually (multiple sessions) |
Contact: |
Alan Temple |
Branch: |
Conservation Science & Policy Branch |
Phone: |
304/876-7440 |
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