Design and Operating Guide for Aquaculture Seawater Systems 2nd Edition by John Huguenin, John Colt ISBN 0444505776 978-0444505774
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Product details:
ISBN 10: 0444505776
ISBN 13: 978-0444505774
Author: John E. Huguenin, John Colt
This book provides, in one place, basic information and considerations necessary to plan, build and operate seawater systems for culturing purposes. It provides design, construction and operations guidance for seawater (salinities from freshwater to brine) systems with flow rates of 10-1,000 gallons (40-4,000 liters) per minute. While the book concentrates on general circumstances, situations and concepts, comprehensive referencing of text and annotated bibliographies are provided in critical technical areas to allow readers to pursue specialized areas of interest. This upgraded and expanded Second Edition contains a considerably increased number of numerical examples relative to the first edition to demonstrate practical applications of the concepts and presented data.
Table of contents:
Chapter 1: Introduction
Chapter 2: Problem Definition and Requirement Setting
2.1 Design Process
2.2 Defining Objectives
2.3 Quantifying Requirements
2.4 Production Cycle
2.5 Production Modeling
2.5.1 Growth Model
2.5.2 Mortality Rate Model
2.5.3 Length-Weight Relationship
2.6 Types of Systems
2.7 System Capacity
2.7.1 Ammonia
2.7.2 Nitrite
2.7.3 Nitrate
2.7.4 Dissolved Oxygen
2.7.5 Carbon Dioxide
2.7.6 Hydrogen Sulfide
2.7.7 Total Gas Pressure
2.7.8 pH
2.7.9 Residual Chlorine
2.7.10 Temperature
2.7.11 Salinity
2.7.12 Heavy Metals
2.7.13 Biocides
2.8 Capacity Guidelines
2.9 Design Requirements
2.9.1 Water Flow
2.9.2 Volume/Area for Culture
2.9.3 Size and Number of Tanks
2.10 Constraints
Chapter 3: Site Review
3.1 Marine Conditions
3.2 Land Conditions
3.3 Licensing
3.4 Site Selection
Chapter 4: Seawater Source
4.1 Options and Considerations
4.2 Artificial Seawater
4.3 Seawater Wells
4.4 Seawater Inlet
Chapter 5: System Layout and Elevation
5.1 General System
5.2 Elevation and Storage Tanks
5.3 Considerations for Water Intake and Pumps
5.4 Considerations for Discharge
Chapter 6: Pipeline Design and Calculation
6.1 Main Trade-offs
6.2 Biological Control
6.3 Water Hammer
6.4 Friction Loss in Pipes
6.5 Friction Loss in Fittings
6.6 Open Channel Flow
6.7 Momentum in Pipes
Chapter 7: Pump Selection
7.1 Pump Options
7.2 General Centrifugal Pumps
7.3 NPSH and Dynamic Head
7.4 Pump and System Integration
Chapter 8: Material Selection
8.1 Biological Constraints
8.2 Seawater Constraints
8.3 Pipeline Materials
8.4 Pump Materials
8.5 Marine Concrete
8.6 Problematic Areas
Chapter 9: Seawater Flow Control
9.1 Gravity Flow
9.2 Water Level Control
9.3 Flow Velocity Control
9.4 Flow Measurement
Chapter 10: Removal of Suspended Solids
10.1 Considerations, Trade-offs, and Options
10.2 Cartridge Filters
10.3 Diatomaceous Earth Filters
10.4 Bag Filters
10.5 Centrifuges and Cyclones
10.6 Sand Filters
10.7 Micro Screens
10.8 Settling
Chapter 11: Heating and Cooling
11.1 Setting Requirements
11.2 Heat Exchangers
11.3 Problematic Areas
Chapter 12: Aeration and Deaeration
12.1 Aeration System Requirements
12.2 Gravity Aerators
12.2.1 Bubble Column
12.2.2 Perforated Tray Aerators
12.2.3 Mesh Aerators
12.3 Submerged Aerators
12.3.1 Absorption Efficiency
12.3.2 Fan Selection
12.3.3 Pumps and Mixing
12.4 Super-Saturation and Deaeration
12.5 Removal of Other Gases
Chapter 13: Disinfection
13.1 Considerations and Options
13.2 Chemical Compounds
13.3 Ozone
13.4 Ultraviolet (UV) Radiation
Chapter 14: Alarms, Monitoring, and Automatic Control Systems
14.1 Characteristics and Options
14.2 Alarm Points
14.3 Automatic Control
Chapter 15: Water Recirculation
15.1 Setting Requirements and Options
15.2 Nitrification and Biological Filters
15.3 Foam Segmentation
15.4 Activated Carbon and Ion Exchange
15.5 Algae
Chapter 16: Wet Laboratory Area
16.1 General Considerations and Trade-offs
16.2 Indoor Area
16.3 Outdoor Area
Chapter 17: Construction Review
17.1 Building Layout
17.2 Construction Cost Estimation
17.3 Design Changes
17.4 Seawater Pipeline Installation
17.5 Commissioning
Chapter 18: Operation Review
18.1 Operating Procedures
18.2 Assignment of Responsibilities
18.3 Spare Parts and Backup
18.4 Preventive Maintenance
18.5 Monitoring and Control
18.6 Operational Problem Areas
Chapter 19: Summary of All
Chapter 20: Summary Guidelines
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Tags: John Huguenin, John Colt, Design and Operating, Guide for Aquaculture