Design and operating guide for aquaculture seawater systems. (2002)

• Record Type: Book
• Further Information: Note: John E. Huguenin, John Colt.
• Authors: Huguenin, John E
• Editors: Colt, J
• Contents: 1. Introduction. ; 2. Problem definition and establishing requirements. ; 2.1 Design process; 2.2 Defining objectives; 2.3 Quantifying requirements; 2.4 Production cycle; 2.5 Production modeling; 2.6 type of systems; 2.7 System carrying capacity; 2.8 Carrying capacity guidelines; 2.9 Design requirements; 2.10 Constraints; 3. Site considerations. ; 3.1 Marine conditions; 3.2 Terrestrial conditions; 3.3 Permitting; 3.4 Site selection; 4. Seawater sources. ; 4.1 Options and considerations; 4.2 Artificial seawater; 4.3 Seawater wells; 4.4 Marine intakes; 5. System planviews and elevations. ; 5.1 Generic system; 5.2 Elevations and head tanks; 5.3 Intake and pump house considerations; 5.4 Discharge considerations; 6. Piping design and calculations. ; 6.1 Major trade-offs; 6.2 Biofouling control; 6.3 Water hammer. ; 6.4 Frictional losses in pipes; 6.5 Frictional losses in fittings; 6.6 Open channel flow; 6.7 Momentum in pipes; 7. Pump Selection. ; 7.1 Pump options; 7.2 Generic centrifugal pump; 7.3 NPSH and dynamic head; 7.4 Matching system and pump; 8. Materials selection. ; 8.1 biological constraints; 8.2 Seawater constraints; 8.3 Piping materials; 8.4 Pump materials; 8.5 Marine concrete; 8.6 Problem areas; 9. Seawater flow control. ; 9.1 Gravity flow; 9.2 Water level control; 9.3 Control of flow rate; 9.4 Flow measurement; 10. Suspended solids removal. ; 10.1 Considerations, trade-offs and options; 10.2 Cartridge filters; 10.3 Diatomaceous earth filters; 10.4 Filter bags; 10.5 Centrifuges and cyclones; 10.6 Sand filters; 10.7 Microscreens; 10.8 Sedimentation; 11. Heating and cooling. ; 11.1 Setting requirements; 11.2 Heat exchangers. ; 11.3 Problem areas; 12. Aeration and degassing. ; 12.1 Aeration system requirements; 12.2 Gravity aerators; 12.3 Submerged aerators; 12.4 Gas supersaturation and degassing; 12.5 Removal of other gases; 13. Disinfection. ; 13.1 Considerations and options; 13.2 Chemical compounds; 13.3 Ozone; 13.4 Ultraviolet (UV) radiation; 14. Alarms, monitoring and automatic control system. ; 14.1 Characteristics and options; 14.2 Alarm points; 14.3 Automatic control; 15. Water recycling. ; 15.1 Setting requirements and options; 15.2 Nitrification and biofilters; 15.3 Foam fractionation; 15.4 Activated carbon and ion exchange; 15.5 Algae; 16. Wet laboratory areas. ; 16.1 General considerations and trade-offs; 16.2 Indoor areas; 16.3 Outdoor areas; 17. Construction considerations. ; 17.1 Construction arrangements; 17.2 Construction cost estimating. ; 17.3 Design changes; 17.4 Installation of seawater lines; 17.5 Start-up; 18. Operational considerations. ; 18.1 Operating procedures; 18.2 Assignment of responsibilities; 18.3 Spares and redundancy; 18.4 Preventive maintenance; 18.5 Monitoring and control; 18.6 Operational problem areas; 19. Putting it all together. ; 20. Summary commandments. ; References; Appendices; Subject Index;
• Edition: Second edition
• Publisher Details: Amsterdam : Elsevier Science
• Publication Date: 2002
• Extent: 1 online resource, illustrations
• Subjects: 639.8; Mariculture -- Equipment and supplies; Marine aquariums, Public -- Design and construction
• Languages: English
• ISBNs: 9780080527536; 0080527531
• Related ISBNs: 0444505776
• Notes: Note: Includes bibliographical references and index.
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.