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Pipeline Networks

Courses tagged with "Pipeline Networks"
Course image" BE-01 Wastewater Collection Systems and their Significance in Water Management
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Learning unit summary:

Lining methods for the renovation of sewers and pipes represent the largest group of renovation methods. In the case of the lining processes self-supporting full linings of sewers are produced on the basis of prefabricated pipes, locally manufactured pipes and locally manufactured and hardening pipes. The subject of this course is "Lining with Cured-In-Place Pipes (CIPP)" and " Lining with Spirally-Wound Pipes".

In addition to the description of the procedure and process, the course deals in particular with the areas and limits of application, advantages and disadvantages as well as possible remediation errors and quality assurance options.

The course contains didactically prepared expert knowlege in 5 modules:

  1. Lining with Cured-In-Place Pipes (CIPP) - basics
  2. Lining with Cured-In-Place Pipes (CIPP) - Processes
  3. Lining with Cured-In-Place Pipes (CIPP) - Details on the Installation of UV Cured-In-Place Pipes
  4. Lining with Cured-In-Place Pipes (CIPP) - final work, acceptance, renovation defects
  5. Lining with Spirally-Wound Pipes with Stationary Winding Machine without Reinforcement made of Metal or Plastic

LEARNING OUTCOMES

                

After successfully completing this course, you will be able to

  • Name and apply the most important rules and regulations
  • Name lining methods, their areas of application and limitations as well as their advantages and disadvantages
  • Select suitable lining methods depending on damage and boundary conditions
  • Coordinate sampling and material testing
  • Identify the causes of refurbishment errors and describe quality assurance options
  • Recognise influences on the extension or reduction of the service life
  • Select suitable methods for connecting to manholes and structures and connecting pipes.

700 € plus VAT / 2023

30 H / 4 Weeks

Planning and Management
Course image" Introduction to Civil Engineering for Process Designers
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Learning unit summary:

The overall challenge of each generation that takes over responsibility for a drain and sewer system is to construct new wastewater collection systems or to expand already existing ones, and to inspect, repair, renovate and replace, or rather adapt, them to the strengthened groundwater and water protection standards. The primary objective of all measures has to be the creation of a fully operational and long lasting drain and sewer system. This is created to transport the wastewater safely and efficiently between the producers of wastewater and the wastewater treatment plant. Furthermore, rehabilitation and maintenance work should be easy to carry out. Thus, sound expertise is required in planning, construction, operation and maintenance. This module teaches the most elementary basics needed for a comprehensive design of an integral drain and sewage framework.

LEARNING OUTCOMES

After successfully completing this course, you will have a sound knowledge of:

  • Water cycle (transport and storage of water) at a global and regional level
  • Interactions in the urban water cycle as well as effects on groundwater and waters
  • Facts and figures regarding the global water demand and water exploitation
  • Significance of wastewater collection systems in the overall context of water management
  • Cycle of resources (water collection, water distribution, wastewater discharge, wastewater treatment)
  • Terms and definitions
  • Requirements for wastewater collection systems regarding their functionality and performance capacity
  • Types of wastewater collection systems
  • Structure and limiting conditions of sewer systems

5,5 h
Planning and Management
Course image" BE-01 Planning: Manholes and Structures
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Learning unit summary:

This module provides the essential basic knowledge regarding materials, sealing systems, and functions of manholes as well as requirements and methods of connections to manholes. With regards to road catch basins, their function and types of construction are explained, as well as the possibility of using these systems for decentralized solids retention. The content concludes with stormwater basins and how they are differentiated in terms of function, type, drainage system and layout.

LEARNING OUTCOMES

  • Functions of and requirements for manholes, as well as materials and sealants used;
  • Types of construction and main components of road catch basins, as well as the type of connection to the sewer or manhole;
  • Requirements for connections, as well as variants of connection to manholes;
  • Differentiation of stormwater basins in terms of their function, by type and drainage system, and by arrangement and tasks.

Pipes, Manholes and Structures
Course image" BE-01 Planning: Sewer Pipes and Pipe Joints
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Learning unit summary:

This module provides essential basic knowledge about the historical development of sewage pipes including sealing systems, which is particularly relevant for the rehabilitation of old pipes and sewers; the current status of pipe materials and sealing systems, cross-sectional shapes and dimensions, functional and dimensional requirements for pipes and fittings.

After completing this module, you will have a sound knowledge of:

  • Minimum nominal sizes for new construction of drain and sewers systems;
  • Relevant materials and material combinations;
  • Functional and dimensional requirements for pipes and pipe materials;
  • Factors influencing material selection;
  • Requirements for pipe joints; and
  • Functional principles of gaskets.
Pipes, Manholes and Structures
Course image" BE-01 Planning: Basics about Drain and Sewer Systems
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Learning unit summary:

Drain and sewer systems are used for the collection and discharge of wastewater. The module provides basic knowledge about the objectives, functional requirements, design and operation, modes of operation, and drainage methods of drain and sewer systems.

This module focuses exclusively on drain and sewer systems that are operated as gravity systems.

LEARNING OUTCOMES

  • Boundaries, objectives, and functional requirements;
  • Structure and operation modes;
  • Types of operation and drainage methods of drainage systems.

Planning and Management
Course image" BE-01 Planning: The Hydrologic Cycle
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Learning unit summary:

This module provides an essential basic understanding of the global hydrologic cycle along with the quantitative description of the natural and urban hydrological cycle through the hydrologic balance equation.

LEARNING OUTCOMES

  • Identifying the main components of the hydrologic cycle;
  • The water storage involved and their possible combinations in interaction and water transport processes;
  • The hydrological balance equation its components;
  • Factors influencing the urban water cycle.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH

Planning and Management
Course image" BE-05 Cleaning: Solids in Drain and Sewer Systems
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Learning unit summary:

Drain and sewer may only be used in such a way that any avoidable impairment of groundwater and water bodies is eliminated. The solid’s physical properties and the sewer system’s hydraulic condition dictate whether they will reach the sewer treatment facilities or be deposited in the sewer line. The latter is the subject of this module.

After completing this module, you will have a sound knowledge of:

LEARNING OUTCOMES

  • The origin of solids and their transport characteristics;
  • The consequences of solids discharge for the operation and maintenance of drain and sewer systems.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH

Cleaning
Course image" Hydrological Cycle
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Learning unit summary:

LEARNING OUTCOMES
  • Water
  • Hydrologic Cycle
  • Hydrologic balance equation (Water inventory equation)
  • Hydrologic balance equation for urban areas
  • Conclusion

Limiting Conditions
Course image" BE-01 Planning: Historical Development of Wastewater Collections Systems
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Learning unit summary:

This module provides an overview of the historical development of water supply and sanitation and their meaning cultural development of mankind.

After completing this module, you will have knowledge regarding:

  • Principal eras and
  • Their contribution to the sanitary development.
Planning and Management
Course image" History of Municipal Drain and Sewer Systems
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Learning unit summary:

LEARNING OUTCOMES

  • Prologue
  • Mesopotamia (around 3500 B.C.)
  • Babylon (3000 – 500 BC)
  • Egypt (around 2700 BC)
  • Indus Culture (around 2500 – 1500 BC)
  • Crete (2200 – 1200 BC)
  • Kingdom of Solomon (around 950 BC)
  • Athens (800 – 200 BC)
  • Roman Empire (500 BC – 500 AD)
  • Etruscans (400 BC)
  • Middle Ages (500 – 1500 AD)
  • Early Modern Age (16th century)
  • Renaissance (17th – 18th century)
  • Industrialisation (19th century)
  • 20th century until today

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH, Editorial: R. Stein (2012)

Planning and Management
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