The future of the integrated water cycle needs qualified experts in Pumping Systems and Water Supply and Sanitation Networks and you can be one of them"

When it comes to guaranteeing the supply of urban water services, the continuity in the operation of its pumping systems is key. Therefore, within the program of this Postgraduate diploma, a complete vision of all aspects related to this essential stage in any drinking water distribution network and sanitation system is provided, that is, with special emphasis on pumping stations. In this way, it shows the different applications where a pumping station can solve the need for water relief, defining the selection and design criteria of each solution available in the market, including the novel simulation techniques by means of computational fluid analysis. 

After the design phase, the challenge of installation, maintenance and control requires the professional responsible for the pumping stations to have a thorough knowledge of the usual problems of these installations. For this reason, TECH has experts in the sector who offer the student practical cases to avoid the mistakes that occur in each of these areas. In addition, due to the demanding demand for process improvement in the water sector, this program provides knowledge of the most widely implemented technological innovations, so that students can apply them in the development of their functions, thus acquiring a differential value in their skills. 

However, the curriculum of this Postgraduate diploma allows the engineer to learn more about Pumping Systems, their stations (EBAR) and the aspects that concern them, such as the electrical and maneuvering equipment needed or the operation and maintenance. Another novelty included in this program, due to its demand, is a subject on laminators and storm tanks, standing out from others in the market. 

A quality teaching staff completes the excellence of this program, designed for the student to successfully enter a sector with high labor demand. A 100% online program that enables the engineer to make a qualitative leap in his career, projecting his professional career towards the most prestigious areas of water management, supply networks and sanitation systems.  

TECH is committed to the innovation of professions with past, present and future, giving you the best tools for you to lead the change"

The Postgraduate diploma in Pumping Systems, Water Supply and Sanitation Networks of the Integrated Water Cycle contains the most complete and up-to-date educational program on the market. The most important features include:

• Practical cases presented by experts in engineering focused on the integral water cycle with special attention to the different pumping systems and supply and sanitation networks
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where self assessment can be used to improve learning.
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

Study where and when you want, set your own time and objectives. The academic flexibility that this University offers is unique in the marketplace"

The program’s teaching staff includes professionals from the sector who contribute their work experience to this training program, as well as renowned specialists from leading societies and prestigious universities.

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations.

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise during the academic year. For this purpose, the professional will be assisted by an innovative interactive video system created by renowned and experienced engineering experts.

TECH provides you with the tools to boost you towards success"

Master the whole water cycle: become and expert in Pumping Systems"

The structure of the syllabus of this Postgraduate diploma in pumping systems and networks and the Integrated Water Cycle Sanitation is divided into three modules focused on the specificity of its content. The structure of the syllabus of this Postgraduate diploma in Pumping Systems, Water Supply and Sanitation Networks of the Integrated Water Cycle is divided into three modules focused on the specificity of its content. The second module deals with the distribution of drinking water, layouts and practical criteria for network design. The last module is focused on sanitation networks, their types, needs and elements to be taken into account in their design and management. In short, a complete Postgraduate diploma with quality content specially designed to provide students with all the tools they will need to develop professionally in this sector.

Quality content perfectly structured for remote learning, 100% online"

Module 1. Pumping Stations  

1.1. Applications

1.1.1. Supply
1.1.2. Purification and WWTP
1.1.3. Singular Applications

1.2. Hydraulic Pumps

1.2.1. Evolution of Hydraulic Pumps
1.2.2. Types of Impellers
1.2.3. Advantages and Disadvantages of Different Types of Pumps

1.3. Engineering and Design of Pumping Stations

1.3.1. Submersible Pumping Stations 
1.3.2. Dry Chamber Pumping Stations 
1.3.3. Economic Analysis

1.4. Installation and Operation

1.4.1. Economic Analysis
1.4.2. Real Case Designs
1.4.3. Pump Testing

1.5. Monitoring and Control of Pumping Stations

1.5.1. Pump Start-Up Systems
1.5.2. Pump Protection Systems
1.5.3. Optimization of Pump Control Systems

1.6. Enemies of Hydraulic Systems 

1.6.1. Water Hammer
1.6.2. Cavitation
1.6.3. Noise and Vibration

1.7. Total Life Cycle Cost of a Pumping Unit

1.7.1. Costs 
1.7.2. Cost Distribution Model
1.7.3. Identification of Opportunity Areas 

1.8. Hydrodynamic Solutions. CFD Modeling

1.8.1. Importance of CFD
1.8.2. CFD Analysis Process in Pumping Stations.    
1.8.3. Interpretation of Results

1.9. Latest Innovations Applied to Pumping Stations

1.9.1. Innovation in Materials
1.9.2. Intelligent Systems
1.9.3. Digitization of the Industry 

1.10. Unique Designs

1.10.1. Singular Design in Sourcing 
1.10.2. Singular Design in Sanitation 
1.10.3. Pumping Station in Sitges

Module 2. Drinking Water Distribution. Layouts and practical criteria for network design

2.1. Types of Distribution Networks

2.1.1. Classification Criteria
2.1.2. Branched Distribution Networks 
2.1.3. Meshed Distribution Networks 
2.1.4. Mixed Distribution Networks 
2.1.5. Upstream Distribution Networks 
2.1.6. Downstream Distribution Networks
2.1.7. Piping Hierarchy

2.2. Distribution Network Design Criteria. Modeling 

2.2.1. Demand Modulation
2.2.2. Flow Velocity
2.2.3. Pressure
2.2.4. Chlorine Concentration
2.2.5. Dwell Time 
2.2.6. Modeling with EPANET

2.3. Elements of a Distribution Network    

2.3.1. Fundamental Principles
2.3.2. Collection Elements
2.3.3. Pumping
2.3.4. Storage Elements
2.3.5. Distribution Elements
2.3.6. Control and Regulation Elements (Suction Cups, Valves, Drainage, etc.)
2.3.7. Measuring Elements

2.4. Pipelines

2.4.1. Features
2.4.2. Plastic Pipes
2.4.3. Non-Plastic Pipes

2.5. Valves

2.5.1. Shut-off Valves
2.5.2. Manifold Valves
2.5.3. Check or Non-Return Valves
2.5.4. Regulating and Control Valves

2.6. Remote Control and Remote Management

2.6.1. Elements of a Remote-Control System
2.6.2. Communication Systems
2.6.3. Analog and Digital Information
2.6.4. Management Software
2.6.5. Digital Twins

2.7. Efficiency of Distribution Networks

2.7.1. Fundamental Principles 
2.7.2. Calculation of Hydraulic Efficiency
2.7.3. Efficiency Improvement. Minimization of Water Losses
2.7.4. Monitoring Indicators 

2.8. Maintenance Plan

2.8.1. Objectives of the Maintenance Plan
2.8.2. Preparation of the Preventive Maintenance Plan
2.8.3. Preventive Maintenance Tanks
2.8.4. Preventive Maintenance of Distribution Networks
2.8.5. Preventive Maintenance of Catchments
2.8.6. Corrective Preventive Maintenance

2.9. Operational Logging    

2.9.1. Water Volumes and Flow Rates
2.9.2. Water Quality
2.9.3. Energy Consumption
2.9.4. Malfunctions
2.9.5. Pressure
2.9.6. Maintenance Plan Records

2.10. Financial Management

2.10.1. Importance of Economic Management
2.10.2. Revenues
2.10.3. Costs

Module 3. Sanitation Networks

3.1. Importance of Sewerage Networks

3.1.1. Needs of Sewerage Networks
3.1.2. Types of Networks
3.1.3. Sanitation Networks in the Integral Water Cycle
3.1.4. Regulatory Framework and Legislation

3.2. Main Elements of Gravity Sewerage Networks

3.2.1. General Structure
3.2.2. Types of Pipelines
3.2.3. Manholes
3.2.4. Connections and Connections

3.3. Other Elements of the Gravity Sewage Systems 

3.3.1. Surface Drainage 
3.3.2. Spillways
3.3.3. Other Elements
3.3.4. Easements

3.4. Road Works

3.4.1. Execution of Road Works
3.4.2. Safety Measures
3.4.3. Trenchless Renovation and Rehabilitation
3.4.4. Asset Management 

3.5. Wastewater Elevation. WWTP

3.5.1. Intake Works and Coarse Wells
3.5.2. Roughing
3.5.3. Pump Well
3.5.4. Pumps
3.5.5. Delivery Piping 

3.6. Complementary Elements of a WWTP

3.6.1. Valves and Flow Meters
3.6.2. CS, CT, CCM and Power Generators
3.6.3. Other Elements 
3.6.4. Operation and Maintenance

3.7. Rolling Mills and Storm Tanks

3.7.1. Features 
3.7.2. Laminators
3.7.3. Storm Tanks
3.7.4. Operation and Maintenance

3.8. Operation of Gravity Drainage Networks

3.8.1. Surveillance and Cleaning
3.8.2. Inspection
3.8.3. Cleaning
3.8.4. Conservation Works
3.8.5. Improvement Works
3.8.6. Usual Incidents

3.9. Network Design

3.9.1. Background Information 
3.9.2. Trace 
3.9.3. Materials
3.9.4. Joints and Connections
3.9.5. Special Parts
3.9.6. Design Flow Rates
3.9.7. Network Analysis and Modeling with SWMM

3.10. Management Support Software Tools

3.10.1. Cartographic Maps, GIS
3.10.2. Recording of Incidents
3.10.3. WWTP Support

With this Postgraduate diploma you will learn to master the main IT tools related to a sanitation system, such as GIS or SWMM"