This book introduces the broad engineering concepts, relevant physiological principles and environmental parameters, and demonstrates, in a step-by-step approach, how the controlled environment engineering knowledge can be put in use in designing plant, animal, and aquatic bioenvironmental systems.
This integrated book introduces broad engineering concepts and relevant physiological principles and environmental parameters, and demonstrates, in a step-by-step approach, how the controlled environment engineering knowledge can be put in use in designing plant, animal, and aquatic bioenvironmental systems. It covers integrated energy and waste management approaches and clean energy technologies, including real-world case studies and complete design examples with the state-of-the-art technologies and updated material globally.
- Provides exclusive material on plant, animal, and aquatic systems engineering, and relevant waste management systems in a single book
- Introduces broad engineering concepts, relevant physiological principles, and environmental parameters
- Incorporates a design, and integrated energy and waste management approach
- Demonstrates how the controlled environment engineering knowledge can be put in use in designing plant, animal, and aquatic production facilities
- Include number of calculations and controlled environment design examples including homework problems
This book is aimed at researchers and graduate students in agricultural, aquacultural and biosystems engineering, control systems, aquaculture, and agriculture
Preface
Acknowledgement
Author Biography
1. Introduction
2. Fundamentals
3 Plant, Animal, and Aquatic Structures
4. Plant, Animal and Aquatic Environments
5. Controlled-Environment Systems Engineering
6. Instrumentation, Monitoring, and Control Systems
7. Energy Estimating
8. Energy Conservation
9. Environmental Considerations and Waste Management.
lhami Yldz is a professor and controlled environment systems engineer and has expertise in energy, the environment, sustainability, and the relevant innovation areas covering environmental biotechnology, bioreactors, biofuels and industrial bioproducts production using waste streams, greenhouse engineering, aquatic systems engineering, complex systems modeling, heat pumps, combined heat and power generation, flue gas recovery and greenhouse gas mitigation, and in particular, hydronic heating, drying and hot water storage systems, as well as climate change mitigation and adaptation.
He has provided extensive services at different capacities and contributed to the training of highly qualified personnel at various institutions in Canada, China, Turkey, the United States, and Central Asia. He has also served as a member of editorial boards for several international journals, and review panels for a number of research granting agencies and institutions internationally, including the U.S. Secretary of Energys review panel. He has published numerous books and book chapters, peer-reviewed articles in scholarly journals, and conference proceedings; organized several conferences and symposia; and delivered multiple keynote speeches and invited lectures internationally at conferences, symposia and institutions. He has also designed and built numerous environmentally friendly commercial energy and controlled environment systems, transferring extensive research findings to commercial settings in Canada, Mexico, Russia, Turkey, and the United States. He is a recipient of a number of international honors and awards and a firm human rights defender for all, everywhere, and all the time.
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