„Sustainable Water Reuse for Irrigation and Agriculture (SWRIA)“
This comprehensive course offers an in-depth study of sustainable water reuse practices specifically designed for irrigation and agricultural applications. As a first step, participants will gain an understanding of the different types of wastewater, their components, and characteristics, as well as their impact on irrigation systems, soil health, and crops. Students will learn about the differences between wastewater treatment and water reclamation plants, as well as the roles and involvement of various stakeholders.
The key topics include wastewater nutrient recycling, emphasizing economic and environmental benefits, and calculating and planning irrigation water needs using tools, such as CROPWAT. Participants will learn about selecting appropriate irrigation systems for reclaimed water, considering factors like crop sensitivity and water quality.
The selection of reclaimed water irrigation systems will be addressed, highlighting the factors influencing system choice and the safety considerations for different irrigation methods. The course will delve into the environmental impacts of reclaimed water on soil and groundwater systems, using models like HYDRUS to assess potential risks.
Participants will explore technology issues, treatment process selection, and the economic aspects of water reclamation plant design. Advanced and low-cost technologies for contaminant removal and nutrient control processes will be covered to ensure the effective reuse of reclaimed water.
System integration, automation, and monitoring in SWRIA will be discussed to provide insights into the latest measurement instruments, data collection and storage methods, IoT applications, and data processing techniques. Finally, the course will emphasize the importance of safety protocols and warning instructions, ensuring that participants are well-equipped to implement and manage sustainable water reuse practices safely and effectively.
By the end of this course, attendees will have a comprehensive understanding of sustainable water reuse engineering, equipped with skills and knowledge to optimize water use in agricultural settings, enhance crop productivity, and contribute to environmental sustainability.
Sustainable Water Reuse for Irrigation and Agriculture (SWRIA)
Section 1: Introduction to SWRIA
1.1. Introduction of Sustainable Water Reuse for Irrigation and Agriculture
Section 2: Stakeholders and Frameworks
2.1. Stakeholders and Their Roles in Water Reuse for Irrigation and Agriculture
2.2. Standards, Regulations, and Guidelines for Water Reuse in Irrigation and Agriculture
Section 3: Wastewater Characterization and Risk Management
3.1. Wastewater Types, Constituents, Characteristics, and Necessary Parameters for SWRIA
3.2. Risk Analysis and Evaluation on Human and Animal Health
Section 4: Nutrient Dynamics and Soil Interaction
4.1. Beneficial Nutrients (N, P, K) in Wastewater and Management (Concentration, Transformation, Leaching, Crops Adsorption, etc.)
4.2. Impact of Reclaimed Water on Soil Properties, Crop Yield, and Soil-Plant-Environment Interactions
4.3. Solute Transport Modeling, Root Zone Solute Accumulation Assessment, and Groundwater Risk Evaluation
Section 5: Wastewater Treatment and Innovative Methods
5.1. Introduction of Wastewater Treatment Processes (Mechanical, Biological, Physical-Chemical, and Advanced Processes)
5.2. Innovative and Cost-Effective Treatment Methods for Sustainable Water Reuse for Irrigation and Agriculture
5.3. Water Reclamation Plant Design for SWRIA
5.4. Phytoremediation and Artificial Wetland Design
Section 6: Crop and Irrigation Management
6.1. Crop Selection Techniques for Reclaimed Water
6.2. Crop Nutrient Planning and Optimization with Reclaimed Water: Enhancing Productivity While Managing Risks
6.3. Crop Water Demand Estimation and Irrigation Planning
6.4. Key Parameters and Considerations for Selecting Irrigation Systems With Reclaimed Water
Section 7: System Automation and Safety Protocols
7.1. Automation, Integration, and System Monitoring for Water Reclamation Plant, Irrigation System, Fertilization, and Risk Management
7.2. Safety Protocols and Warning Instructions for Sustainable Water Reuse in Irrigation and Agriculture
Section 8: Economic and Alternative Applications
8.1. Economic Evaluation of Sustainable Water Reuse in Irrigation and Agriculture
8.2. Alternative Uses of Reclaimed Water During Non-Growing Seasons
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Practical Section
In this section, participants will engage in a comprehensive real-world project focused on water reuse for irrigation and agriculture. Detailed datasets and supporting documents will be provided, including:
- Mapping and Coordinates: Geospatial data for project planning.
- Wastewater: Quantity & Quality parameters.
- Crops: Types, area, and growth cycles.
- Soil: Physical, chemical, and hydraulic properties.
- Climate: Local weather patterns and evapotranspiration data.
- Land Cover: Current usage and potential for reuse integration.
- Environmental: Potential risks and mitigation strategies.
- Hydrological: Surface and groundwater dynamics.
- Infrastructure: Existing irrigation and water management systems.
- Socioeconomic: Community and stakeholder considerations.
During this practical section, participants will utilize advanced software tools essential for Sustainable Water Reuse in Irrigated Agriculture (SWRIA), including:
- GPS-X: For wastewater treatment modeling and analysis.
- Fertigation Manager: To optimize nutrient delivery through irrigation.
- HYDRUS: For simulating water, solute, and heat movement in soil.
- WaterGEMS: To design and analyze water distribution networks.
- MODFLOW: For groundwater flow modeling.
- CROPWAT: For crop water requirement calculations.
- RZWQM: To model root zone water quality and management.
- Environmental Scientists and Engineers
- Water Management Specialists
- Water and Wastewater Process Engineers
- Policy-Makers and Regulators
- Researchers and Academics
- Consultants and Industry Professionals
- Non-Governmental Organizations (NGOs)
- Public Health Officials
The course will be conducted in English and consists of 30 lectures, each lasting 90 minutes, delivered over 10 weeks with three lectures per week. The curriculum includes a combination of slide presentations, software modelling, calculations, case studies, and interactive discussions. The course will be offered online to accommodate participants from diverse locations, ensuring convenience and accessibility for all.
The course will be led by Dr. Ing. Ehsan Jafari from Germany, a distinguished expert in wastewater treatment processing and irrigation engineering. With over 20 years of extensive experience in these fields, Dr. Jafari brings a wealth of knowledge and practical insights to the course, ensuring a comprehensive and enriching learning experience for all participants.
Basic understanding of water management and environmental science is recommended, but not required.
Participants will have access to a comprehensive set of course materials designed to enhance their learning experience and provide practical tools for sustainable water reuse management. The course materials include:
- Lecture Slides
- Reading Materials
- Case Studies
- Interactive Discussions
- Assignments and Exercises
Participants who successfully complete the course will receive a certificate of completion. This certification will signify your expertise in sustainable water reuse for irrigation and agriculture (SWRIA), adding significant value to your professional credentials.
Interested individuals are encouraged to enroll by March 31, 2025, as the course is scheduled to begin on May 1, 2025. The course has a maximum capacity of 25 students to ensure a quality learning experience with personalized attention.
- Registration Fee:
$1500 - Special Discount: From January 22 to February 23, 2025, take advantage of an exclusive 67% discount, reducing the registration fee to just $495. Don’t miss out—this offer is strictly limited and will not be extended!
- How to enroll:
To secure your spot, please email your enrollment request to: [email protected]
For more information, contact us at the provided email address. Don’t miss this opportunity to enhance your skills and knowledge in sustainable water reuse management for irrigation and agriculture!
