This presentation gives an overview of the history, inner workings, structure and projects of Infrabel. This presentation was prepared by Luc Marivoet, Senior Consultant Engineering Services at Pauwels Consulting. The presentation was given on May 31, 2016 as part of the Pauwels Consulting Academy series. Go to https://www.pauwelsconsulting.com/pauwels-consulting-academy/ for more information about the Pauwels Consulting Academy.
The document discusses wind energy as a renewable energy source for Caribbean islands. It provides details on wind energy basics, including how wind turbines work to generate electricity from wind. It discusses that Caribbean islands have good wind resources from trade winds. Several Caribbean islands have implemented wind farms, such as Curacao, the Dominican Republic, and Jamaica. Curacao's wind farm has been very successful since 1983. The document outlines the costs, technical specifications, and environmental benefits of developing wind energy projects in the Caribbean.
This document provides an operating manual for the Tube Series digital night vision scope. Key details include:
- Specifications of the TD50L model including resolution, frame rate, battery life, and dimensions.
- Package contents, device composition, and button operations.
- Instructions for charging, installing batteries, power supply, device installation, startup, zooming, photo/video, and zeroing the scope.
- The manual is intended to guide users on properly using the scope's features and maintaining optimal performance.
This document describes a microcontroller-based system for monitoring electricity theft. The system uses a wireless sensor network with four modules: a controlling station, wireless transformer sensor nodes, transmission line sensor nodes, and wireless consumer sensor nodes. The consumer nodes measure power usage and transmit data to the transformer nodes. The transformer nodes aggregate this data and transmit it to the controlling station. This network allows detection of differences between measured and reported usage, indicating potential power theft or line faults. The system aims to reduce energy losses from theft and improve grid monitoring.
This document provides an overview of key concepts from Chapter 2 of Campbell Biology about the chemical context of life. It discusses the basic components of atoms and molecules, including elements, compounds, ions, and the different types of chemical bonds. It also summarizes the structure of atoms and how this relates to an element's properties. Additionally, it outlines important chemical reactions like photosynthesis and explains concepts like chemical equilibrium. The overall summary is that chemistry provides the building blocks and forces that shape biological molecules and drive metabolic reactions.
This document is a project guide for integrating non-conventional and conventional energy grids. It discusses modeling a solar energy generation system in MATLAB. The project involves analyzing aspects of a solar plant, problems connecting it to the grid, and the effects of weather on power generation. It shows the solar system being simulated in MATLAB, including modeling solar cells in series and parallel connections and optimizing cell parameters. The conclusion discusses using solar technologies actively by converting sunlight into outputs.
This document provides an overview of how alternators work in vehicle charging systems. It discusses the major components of the charging system including the battery, alternator and regulator. It then describes the internal components and functioning of the alternator, including the rotor assembly, stator windings, rectifier bridge and regulator. Diagrams are included to illustrate the charging circuit, alternator component identification and the magnetic and electrical processes within the alternator that produce direct current output.
1) Cellular respiration involves the breakdown of glucose and other organic molecules to extract energy through redox reactions in the form of ATP.
2) Glycolysis breaks down glucose into two pyruvate molecules in the cytoplasm, generating a small amount of ATP through substrate-level phosphorylation.
3) Pyruvate is further oxidized in the mitochondrion, entering the citric acid cycle which completes the oxidation of pyruvate and generates more ATP and electron carriers like NADH and FADH2.
4) Most ATP is produced through oxidative phosphorylation, as electrons from NADH and FADH2 are passed through an electron transport chain which powers ATP synthesis.
Konark Institute of Science and Technology discusses infrared plastic solar cells. The cells use nanotechnology and quantum dots combined with a polymer to harness infrared rays from sunlight for energy, making them potentially 5 times more efficient than conventional solar cells. The plastic solar cells are also flexible, lightweight and compact, allowing them to be painted on surfaces like cars to recharge batteries. While initial costs are high, the technology could eventually provide a clean renewable energy source for portable electronics.
The document discusses wind energy as a renewable energy source for Caribbean islands. It provides details on wind energy basics, including how wind turbines work to generate electricity from wind. It discusses that Caribbean islands have good wind resources from trade winds. Several Caribbean islands have implemented wind farms, such as Curacao, the Dominican Republic, and Jamaica. Curacao's wind farm has been very successful since 1983. The document outlines the costs, technical specifications, and environmental benefits of developing wind energy projects in the Caribbean.
This document provides an operating manual for the Tube Series digital night vision scope. Key details include:
- Specifications of the TD50L model including resolution, frame rate, battery life, and dimensions.
- Package contents, device composition, and button operations.
- Instructions for charging, installing batteries, power supply, device installation, startup, zooming, photo/video, and zeroing the scope.
- The manual is intended to guide users on properly using the scope's features and maintaining optimal performance.
This document describes a microcontroller-based system for monitoring electricity theft. The system uses a wireless sensor network with four modules: a controlling station, wireless transformer sensor nodes, transmission line sensor nodes, and wireless consumer sensor nodes. The consumer nodes measure power usage and transmit data to the transformer nodes. The transformer nodes aggregate this data and transmit it to the controlling station. This network allows detection of differences between measured and reported usage, indicating potential power theft or line faults. The system aims to reduce energy losses from theft and improve grid monitoring.
This document provides an overview of key concepts from Chapter 2 of Campbell Biology about the chemical context of life. It discusses the basic components of atoms and molecules, including elements, compounds, ions, and the different types of chemical bonds. It also summarizes the structure of atoms and how this relates to an element's properties. Additionally, it outlines important chemical reactions like photosynthesis and explains concepts like chemical equilibrium. The overall summary is that chemistry provides the building blocks and forces that shape biological molecules and drive metabolic reactions.
This document is a project guide for integrating non-conventional and conventional energy grids. It discusses modeling a solar energy generation system in MATLAB. The project involves analyzing aspects of a solar plant, problems connecting it to the grid, and the effects of weather on power generation. It shows the solar system being simulated in MATLAB, including modeling solar cells in series and parallel connections and optimizing cell parameters. The conclusion discusses using solar technologies actively by converting sunlight into outputs.
This document provides an overview of how alternators work in vehicle charging systems. It discusses the major components of the charging system including the battery, alternator and regulator. It then describes the internal components and functioning of the alternator, including the rotor assembly, stator windings, rectifier bridge and regulator. Diagrams are included to illustrate the charging circuit, alternator component identification and the magnetic and electrical processes within the alternator that produce direct current output.
1) Cellular respiration involves the breakdown of glucose and other organic molecules to extract energy through redox reactions in the form of ATP.
2) Glycolysis breaks down glucose into two pyruvate molecules in the cytoplasm, generating a small amount of ATP through substrate-level phosphorylation.
3) Pyruvate is further oxidized in the mitochondrion, entering the citric acid cycle which completes the oxidation of pyruvate and generates more ATP and electron carriers like NADH and FADH2.
4) Most ATP is produced through oxidative phosphorylation, as electrons from NADH and FADH2 are passed through an electron transport chain which powers ATP synthesis.
Konark Institute of Science and Technology discusses infrared plastic solar cells. The cells use nanotechnology and quantum dots combined with a polymer to harness infrared rays from sunlight for energy, making them potentially 5 times more efficient than conventional solar cells. The plastic solar cells are also flexible, lightweight and compact, allowing them to be painted on surfaces like cars to recharge batteries. While initial costs are high, the technology could eventually provide a clean renewable energy source for portable electronics.
The British railway system was fully privatized in the 1990s, splitting it into over 100 separate companies responsible for tracks, trains, and operations. However, this led to coordination issues and a lack of clear responsibility. In contrast, the Swiss railway remained a single, integrated public corporation managed under one roof. While the EU pushed for railway liberalization, Switzerland maintained high service quality and efficiency despite not fully separating operations from infrastructure management. Today, the fragmented British model is seen as poorly achieving EU goals, while Switzerland's integrated system is considered one of the best in the world.
The document discusses integrated transport solutions for Auckland, New Zealand to address increasing congestion challenges from population and employment growth. It finds that the City Rail Link (CRL) alone will not meet future transit demand and that light rail is needed to optimize the road network and transport access within the city center. Light rail could move more people with less road space than buses and help shape development. The summary concludes that both CRL construction and further evaluation of light rail solutions are needed with regular updates to council.
Presentatie integration pt and bike, 2011 10 17, rail_volution usa (europe ve...Ronald Tamse
The document discusses lessons from Europe on linking transit with walking and biking based on examples from the city of Utrecht in the Netherlands. It summarizes Utrecht's efforts to address traffic congestion through expanding the regional railway network, developing new light rail and streetcar lines, improving bicycle facilities, and integrating different transportation modes. These initiatives have helped shift Utrecht's modal split towards greater use of public transit and biking over private vehicles.
The document provides a compendium of infrastructure projects in Uganda, including 57 transport and energy projects with a total estimated cost of USD 1.62 billion. It outlines 7 road transport projects totaling USD 782.4 million, 2 air transport projects totaling USD 55 million, 2 rail transport projects totaling USD 770 million, and 1 water transport project costing USD 13.5 million. Additionally, it lists 27 large hydropower projects and 20 small hydropower projects.
AT has briefed Auckland Council on the City Rail Link's progress and the investigation into light rail. Find out more in the presentation or on AT.govt.nz/projects
The document discusses several major rail projects in Finland. It describes projects to increase rail capacity between Helsinki and surrounding areas, including the Ring Rail Line connecting Helsinki to the airport, extensions to the metro westward, and the proposed City Rail Loop underground railway circling central Helsinki. The projects aim to improve public transportation, reduce traffic congestion, and support development around new stations. Key details are provided on route lengths, number of new stations, estimated costs, and projected ridership increases for the proposed City Rail Loop stations.
Ramboll and Ramboll Finland today rail business updateBusiness Finland
Ramboll is a large engineering and consulting firm with 13,000 specialists across 35 countries. In Finland, Ramboll has 2,000 specialists and provides services across infrastructure & transport, buildings, water & environment, and project management. Ramboll's rail services include railway planning, design, supervision, and operation across the Nordic countries and UK. Specific projects summarized include analyzing future rail services in Southern Finland, developing passenger information systems, and renovating main displays at Helsinki and Tampere stations.
The Move Towards Sustainable Transport in London - Mr. Steve KearnsIPPAI
This document discusses transport issues in London and strategies to promote more sustainable transport. It summarizes:
1) London faces significant transport challenges due to its growing population and over 23 million daily trips.
2) Transport for London is taking steps to encourage more sustainable modes of transport like walking, cycling, and public transit to reduce congestion. This includes upgrading infrastructure for buses, trains, and cycling.
3) Major events like the 2012 Olympics required extensive planning to manage large crowds and keep London moving, demonstrating how transport systems can be adapted to handle peak demand. Lessons from the Olympics are helping to inform ongoing improvements.
ERRAC and how proposals for Horizon 2020 have been developed - Andy DohertyKTN
This document provides an overview of recent developments in European railway research and innovation funding. It discusses the establishment of Shift2Rail (S2R), a new Joint Technology Initiative that aims to direct over €1 billion towards transnational railway research projects. S2R is being established to help achieve the goals of doubling rail market share and tripling rail freight and passenger volumes by 2050 as outlined in the EU's Transport White Paper. The document also summarizes upcoming funding opportunities through Horizon 2020 open calls in late 2013 and outlines how S2R and the European Railway Technology Platform ERRAC will work together to guide European railway research priorities in the coming years.
Guest presentation by Dr Michele Dix, Managing Director of Crossrail 2 (crossrail2.co.uk). Presented at the Institute for Transport Studies (ITS), University of Leeds, Feb. 2016.
[Copyright TfL, reproduced here with permission].
The document discusses plans for a new North-South train station in Riyadh, Saudi Arabia. It will be the main train station for the capital city, serving passengers on the north-south rail line connecting various regions. The proposed station will have the capacity to serve over 4,500 passengers simultaneously with arrival and departure lounges, platforms, administration offices, shops, and other amenities. It is being designed as a landmark building that can also accommodate future expansion of railway services in Riyadh and Saudi Arabia.
This curriculum vitae outlines the education and extensive professional experience of Yvan Smets in railway engineering and management in Belgium. It details his education in mathematics and industrial engineering, as well as his various roles over 25+ years with companies like FORD WERKE AG Genk, NMBS, NMBS Holding, and INFRABEL, where he has held positions in maintenance, quality management, safety, traffic management, and integrated management systems. The CV also notes his ongoing involvement since 1995 in a UIC working group on quality and safety management systems in railways and his work since 2000 as a tutor on railway logistics, freight, and safety management systems.
The document summarizes plans for the Keelesdale Station Open House regarding the Eglinton Crosstown LRT project. It discusses that the project aims to address traffic congestion problems in the GTHA. Construction of Keelesdale Station will use a cut-and-cover method, requiring excavation of the area and installation of support structures. During construction, there will be lane reductions, sidewalk closures, and parking removals to stage work zones. The open house provided details on station design, construction timelines and impacts to traffic, pedestrians and transit stops.
Choose the followings cities or other city. Search for the best practices in that city and present your finding in-front of the class using power point.
Presentatie integration pt and bike, 2011 10 17, rail_volution usa (utrecht v...Ronald Tamse
The document summarizes transportation initiatives in Utrecht, Netherlands to address traffic congestion by better linking transit with walking and biking. It discusses expanding the regional railway network, developing a light rail and streetcar network, and improving bicycle facilities. The goal is to provide more sustainable transportation options and integrate different modes of transit.
This document provides information on the structure and projects of JSC "Lithuanian Railways", the largest transportation and logistics company in Lithuania. It discusses the company's directorates and subsidiaries, key metrics like revenues and passengers/freight carried, and infrastructure projects completed from 2007-2013 and planned from 2014-2020. Specifically, it focuses on the implementation of the Rail Baltica project, providing details on the stages of design, construction, and coordination involved in developing the rail line from Poland/Lithuania to Kaunas.
Quality Management Systems in different industries - from ISO 9001 to cGxPPauwels Consulting
This presentation is about the design and implementation of Quality Management Systems (QMS) in different industries.
In this presentation you will learn more about the history and development of quality management systems (QMS),
the importance and benefits of a QMS for various industries,
quality principles and Good Manufacturing Practices (GMP) in life sciences, the most important requirements of an ISO 9001 QMS,
the most important requirements of GMP regulations and how to develop and implement a QMS for various industries.
The speakers, Luc Marivoet and Luc Huybreghts, both work in very different industries. They both talked about quality management systems from their own experience and very different and interesting angles.
This presentation is ideal for all professionals who want to include quality management in their projects and daily activities and who want to take the overall quality level of their organization to the next level.
Do you have any questions regarding quality management or the implementation of a QMS for your organization? Don't hesitate and visit our website at www.pauwelsconsulting.com
Introduction to Operational Excellence - Pauwels Consulting Academy - Kris Va...Pauwels Consulting
On February 16, 2017, Kris Van Nieuwenhove, Pharma Services en OpEx Consultant at Pauwels Consulting, gave an interesting and amusing presentation about the basics of Operational Excellence at our office in Diegem.
In his presentation, Kris covered basic concepts and definitions of Operational Excellence, and he told us about the daily applicatoin of OpEx tools and methodologies such as Lean, 6-sigma, Value Stream Mapping and 5S.
More Related Content
Similar to Introduction to Infrabel - Pauwels Consulting Academy
The British railway system was fully privatized in the 1990s, splitting it into over 100 separate companies responsible for tracks, trains, and operations. However, this led to coordination issues and a lack of clear responsibility. In contrast, the Swiss railway remained a single, integrated public corporation managed under one roof. While the EU pushed for railway liberalization, Switzerland maintained high service quality and efficiency despite not fully separating operations from infrastructure management. Today, the fragmented British model is seen as poorly achieving EU goals, while Switzerland's integrated system is considered one of the best in the world.
The document discusses integrated transport solutions for Auckland, New Zealand to address increasing congestion challenges from population and employment growth. It finds that the City Rail Link (CRL) alone will not meet future transit demand and that light rail is needed to optimize the road network and transport access within the city center. Light rail could move more people with less road space than buses and help shape development. The summary concludes that both CRL construction and further evaluation of light rail solutions are needed with regular updates to council.
Presentatie integration pt and bike, 2011 10 17, rail_volution usa (europe ve...Ronald Tamse
The document discusses lessons from Europe on linking transit with walking and biking based on examples from the city of Utrecht in the Netherlands. It summarizes Utrecht's efforts to address traffic congestion through expanding the regional railway network, developing new light rail and streetcar lines, improving bicycle facilities, and integrating different transportation modes. These initiatives have helped shift Utrecht's modal split towards greater use of public transit and biking over private vehicles.
The document provides a compendium of infrastructure projects in Uganda, including 57 transport and energy projects with a total estimated cost of USD 1.62 billion. It outlines 7 road transport projects totaling USD 782.4 million, 2 air transport projects totaling USD 55 million, 2 rail transport projects totaling USD 770 million, and 1 water transport project costing USD 13.5 million. Additionally, it lists 27 large hydropower projects and 20 small hydropower projects.
AT has briefed Auckland Council on the City Rail Link's progress and the investigation into light rail. Find out more in the presentation or on AT.govt.nz/projects
The document discusses several major rail projects in Finland. It describes projects to increase rail capacity between Helsinki and surrounding areas, including the Ring Rail Line connecting Helsinki to the airport, extensions to the metro westward, and the proposed City Rail Loop underground railway circling central Helsinki. The projects aim to improve public transportation, reduce traffic congestion, and support development around new stations. Key details are provided on route lengths, number of new stations, estimated costs, and projected ridership increases for the proposed City Rail Loop stations.
Ramboll and Ramboll Finland today rail business updateBusiness Finland
Ramboll is a large engineering and consulting firm with 13,000 specialists across 35 countries. In Finland, Ramboll has 2,000 specialists and provides services across infrastructure & transport, buildings, water & environment, and project management. Ramboll's rail services include railway planning, design, supervision, and operation across the Nordic countries and UK. Specific projects summarized include analyzing future rail services in Southern Finland, developing passenger information systems, and renovating main displays at Helsinki and Tampere stations.
The Move Towards Sustainable Transport in London - Mr. Steve KearnsIPPAI
This document discusses transport issues in London and strategies to promote more sustainable transport. It summarizes:
1) London faces significant transport challenges due to its growing population and over 23 million daily trips.
2) Transport for London is taking steps to encourage more sustainable modes of transport like walking, cycling, and public transit to reduce congestion. This includes upgrading infrastructure for buses, trains, and cycling.
3) Major events like the 2012 Olympics required extensive planning to manage large crowds and keep London moving, demonstrating how transport systems can be adapted to handle peak demand. Lessons from the Olympics are helping to inform ongoing improvements.
ERRAC and how proposals for Horizon 2020 have been developed - Andy DohertyKTN
This document provides an overview of recent developments in European railway research and innovation funding. It discusses the establishment of Shift2Rail (S2R), a new Joint Technology Initiative that aims to direct over €1 billion towards transnational railway research projects. S2R is being established to help achieve the goals of doubling rail market share and tripling rail freight and passenger volumes by 2050 as outlined in the EU's Transport White Paper. The document also summarizes upcoming funding opportunities through Horizon 2020 open calls in late 2013 and outlines how S2R and the European Railway Technology Platform ERRAC will work together to guide European railway research priorities in the coming years.
Guest presentation by Dr Michele Dix, Managing Director of Crossrail 2 (crossrail2.co.uk). Presented at the Institute for Transport Studies (ITS), University of Leeds, Feb. 2016.
[Copyright TfL, reproduced here with permission].
The document discusses plans for a new North-South train station in Riyadh, Saudi Arabia. It will be the main train station for the capital city, serving passengers on the north-south rail line connecting various regions. The proposed station will have the capacity to serve over 4,500 passengers simultaneously with arrival and departure lounges, platforms, administration offices, shops, and other amenities. It is being designed as a landmark building that can also accommodate future expansion of railway services in Riyadh and Saudi Arabia.
This curriculum vitae outlines the education and extensive professional experience of Yvan Smets in railway engineering and management in Belgium. It details his education in mathematics and industrial engineering, as well as his various roles over 25+ years with companies like FORD WERKE AG Genk, NMBS, NMBS Holding, and INFRABEL, where he has held positions in maintenance, quality management, safety, traffic management, and integrated management systems. The CV also notes his ongoing involvement since 1995 in a UIC working group on quality and safety management systems in railways and his work since 2000 as a tutor on railway logistics, freight, and safety management systems.
The document summarizes plans for the Keelesdale Station Open House regarding the Eglinton Crosstown LRT project. It discusses that the project aims to address traffic congestion problems in the GTHA. Construction of Keelesdale Station will use a cut-and-cover method, requiring excavation of the area and installation of support structures. During construction, there will be lane reductions, sidewalk closures, and parking removals to stage work zones. The open house provided details on station design, construction timelines and impacts to traffic, pedestrians and transit stops.
Choose the followings cities or other city. Search for the best practices in that city and present your finding in-front of the class using power point.
Presentatie integration pt and bike, 2011 10 17, rail_volution usa (utrecht v...Ronald Tamse
The document summarizes transportation initiatives in Utrecht, Netherlands to address traffic congestion by better linking transit with walking and biking. It discusses expanding the regional railway network, developing a light rail and streetcar network, and improving bicycle facilities. The goal is to provide more sustainable transportation options and integrate different modes of transit.
This document provides information on the structure and projects of JSC "Lithuanian Railways", the largest transportation and logistics company in Lithuania. It discusses the company's directorates and subsidiaries, key metrics like revenues and passengers/freight carried, and infrastructure projects completed from 2007-2013 and planned from 2014-2020. Specifically, it focuses on the implementation of the Rail Baltica project, providing details on the stages of design, construction, and coordination involved in developing the rail line from Poland/Lithuania to Kaunas.
Similar to Introduction to Infrabel - Pauwels Consulting Academy (20)
Quality Management Systems in different industries - from ISO 9001 to cGxPPauwels Consulting
This presentation is about the design and implementation of Quality Management Systems (QMS) in different industries.
In this presentation you will learn more about the history and development of quality management systems (QMS),
the importance and benefits of a QMS for various industries,
quality principles and Good Manufacturing Practices (GMP) in life sciences, the most important requirements of an ISO 9001 QMS,
the most important requirements of GMP regulations and how to develop and implement a QMS for various industries.
The speakers, Luc Marivoet and Luc Huybreghts, both work in very different industries. They both talked about quality management systems from their own experience and very different and interesting angles.
This presentation is ideal for all professionals who want to include quality management in their projects and daily activities and who want to take the overall quality level of their organization to the next level.
Do you have any questions regarding quality management or the implementation of a QMS for your organization? Don't hesitate and visit our website at www.pauwelsconsulting.com
Introduction to Operational Excellence - Pauwels Consulting Academy - Kris Va...Pauwels Consulting
On February 16, 2017, Kris Van Nieuwenhove, Pharma Services en OpEx Consultant at Pauwels Consulting, gave an interesting and amusing presentation about the basics of Operational Excellence at our office in Diegem.
In his presentation, Kris covered basic concepts and definitions of Operational Excellence, and he told us about the daily applicatoin of OpEx tools and methodologies such as Lean, 6-sigma, Value Stream Mapping and 5S.
Data Integrity in a GxP-regulated Environment - Pauwels Consulting AcademyPauwels Consulting
On Tuesday, December 6, 2016, our colleague Angelo Rossi, Senior Regulatory Compliance Consultant, gave an interesting presentation about “Data Integrity in a GxP-regulated Environment” at the Brussels Office of Pauwels Consulting in Diegem.
In his presentation, Angelo covered definitions and concepts of data integrity, the change in regulatory focus, lessons learned from recent FDA warning letters, importants highlights of regulations and guidelines. Angelo also presented a practical example of data integrity for a computerized system.
Please contact us at contact@pauwelsconsulting.com or +32 9 324 70 80 if you have any further questions regarding our consulting services in this area.
Introduction to Regulatory Affairs - Pauwels Consulting AcademyPauwels Consulting
On Tuesday, June 14, our colleagues Fiorenzo Savoretti, Senior Regulatory and Quality Consultant at Pfizer and Nick Deschacht, Senior RA Consultant at GSK, gave an interesting “Introduction to Regulatory Affairs”.
Fiorenzo and Nick talked about RA and their projects, each from their unique angle. They delivered their presentations for ## attendees at our Brussels office at the Lambroekstraat 5a in Diegem.
Css 2013 temperature controlled transport - risk mitigation - luc huybreght...Pauwels Consulting
This document discusses temperature controlled transport according to EU GDP regulations. It provides an overview of GDP requirements and emphasizes the importance of quality control and integrity across the entire supply chain. It then outlines a risk mitigation approach for temperature controlled transport, including mapping processes, assessing risks, and developing control strategies based on probability and severity scores. The goal is to guarantee quality from manufacturer to patient.
Temperature controlled transport according to current EU GDPPauwels Consulting
In this presentation, Luc Huybreghts discusses the new EU GDP on the storage, transport and distribution of pharmaceutical products. For more information, visit http://www.pconsulting.net/eu-gdp
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapte...University of Maribor
Slides from talk presenting:
Aleš Zamuda: Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapter and Networking.
Presentation at IcETRAN 2024 session:
"Inter-Society Networking Panel GRSS/MTT-S/CIS
Panel Session: Promoting Connection and Cooperation"
IEEE Slovenia GRSS
IEEE Serbia and Montenegro MTT-S
IEEE Slovenia CIS
11TH INTERNATIONAL CONFERENCE ON ELECTRICAL, ELECTRONIC AND COMPUTING ENGINEERING
3-6 June 2024, Niš, Serbia
TIME DIVISION MULTIPLEXING TECHNIQUE FOR COMMUNICATION SYSTEMHODECEDSIET
Time Division Multiplexing (TDM) is a method of transmitting multiple signals over a single communication channel by dividing the signal into many segments, each having a very short duration of time. These time slots are then allocated to different data streams, allowing multiple signals to share the same transmission medium efficiently. TDM is widely used in telecommunications and data communication systems.
### How TDM Works
1. **Time Slots Allocation**: The core principle of TDM is to assign distinct time slots to each signal. During each time slot, the respective signal is transmitted, and then the process repeats cyclically. For example, if there are four signals to be transmitted, the TDM cycle will divide time into four slots, each assigned to one signal.
2. **Synchronization**: Synchronization is crucial in TDM systems to ensure that the signals are correctly aligned with their respective time slots. Both the transmitter and receiver must be synchronized to avoid any overlap or loss of data. This synchronization is typically maintained by a clock signal that ensures time slots are accurately aligned.
3. **Frame Structure**: TDM data is organized into frames, where each frame consists of a set of time slots. Each frame is repeated at regular intervals, ensuring continuous transmission of data streams. The frame structure helps in managing the data streams and maintaining the synchronization between the transmitter and receiver.
4. **Multiplexer and Demultiplexer**: At the transmitting end, a multiplexer combines multiple input signals into a single composite signal by assigning each signal to a specific time slot. At the receiving end, a demultiplexer separates the composite signal back into individual signals based on their respective time slots.
### Types of TDM
1. **Synchronous TDM**: In synchronous TDM, time slots are pre-assigned to each signal, regardless of whether the signal has data to transmit or not. This can lead to inefficiencies if some time slots remain empty due to the absence of data.
2. **Asynchronous TDM (or Statistical TDM)**: Asynchronous TDM addresses the inefficiencies of synchronous TDM by allocating time slots dynamically based on the presence of data. Time slots are assigned only when there is data to transmit, which optimizes the use of the communication channel.
### Applications of TDM
- **Telecommunications**: TDM is extensively used in telecommunication systems, such as in T1 and E1 lines, where multiple telephone calls are transmitted over a single line by assigning each call to a specific time slot.
- **Digital Audio and Video Broadcasting**: TDM is used in broadcasting systems to transmit multiple audio or video streams over a single channel, ensuring efficient use of bandwidth.
- **Computer Networks**: TDM is used in network protocols and systems to manage the transmission of data from multiple sources over a single network medium.
### Advantages of TDM
- **Efficient Use of Bandwidth**: TDM all
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
geopolitical, geostrategic, and geoeconomic variables. Topics including trade, political hegemony, oil
politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.
ACEP Magazine edition 4th launched on 05.06.2024Rahul
This document provides information about the third edition of the magazine "Sthapatya" published by the Association of Civil Engineers (Practicing) Aurangabad. It includes messages from current and past presidents of ACEP, memories and photos from past ACEP events, information on life time achievement awards given by ACEP, and a technical article on concrete maintenance, repairs and strengthening. The document highlights activities of ACEP and provides a technical educational article for members.
A review on techniques and modelling methodologies used for checking electrom...nooriasukmaningtyas
The proper function of the integrated circuit (IC) in an inhibiting electromagnetic environment has always been a serious concern throughout the decades of revolution in the world of electronics, from disjunct devices to today’s integrated circuit technology, where billions of transistors are combined on a single chip. The automotive industry and smart vehicles in particular, are confronting design issues such as being prone to electromagnetic interference (EMI). Electronic control devices calculate incorrect outputs because of EMI and sensors give misleading values which can prove fatal in case of automotives. In this paper, the authors have non exhaustively tried to review research work concerned with the investigation of EMI in ICs and prediction of this EMI using various modelling methodologies and measurement setups.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
2. 22
Intro
Who am I?
Luc Marivoet, Senior Engineering Consultant.
Quality Manager ISO at Infrabel on behalf of Pauwels Consulting.
What’s the purpose of this presentation?
“To provide you with the knowledge I lacked when I started my
first project at Infrabel.”
3. 33
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
4. 44
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
6. 66
1830 - How it all started
• 4 October 1830, Belgium separate from the Netherlands.
• Belgium could no longer use the waterways.
• The port of Antwerp was cut off from its German
hinterland.
• Belgium needs urgently an alternative mode of transport.
• King Leopold I met George Stephenson and chose the
revolutionary new railway technology !
1 Railway in Belgium … historical timeline
7. 77
1 Railway in Belgium … historical timeline
1830 2016
1835 - The first railway in Europe
8. 88
1835 - The first railway in Europe
• 5 May 1835, Belgium inaugurated its first railway and
instantly became a pioneer.
• The railway connection between Brussels-Groendreef (see
picture) and Mechelen was the first commercial railway line
on the European continent.
1 Railway in Belgium … historical timeline
9. 99
1835 - The first railway in Europe
• 3 locomotives, named ‘De Pijl’, ‘De Olifant’ (see picture) and
‘Stephenson’, do the route in less than an hour.
1 Railway in Belgium … historical timeline
10. 1010
1 Railway in Belgium … historical timeline
1830 2016
1926 - The establishing of NMBS / SNCB
11. 1111
1926 - The establishing of NMBS / SNCB
• 23 July 1926, a Royal Decree (KB / AR) establish the new
company and capturing the statutes.
• Managing, maintaining and operating the railway under
the guardianship of the Belgian state.
1 Railway in Belgium … historical timeline
12. 1212
1926 - The establishing of NMBS / SNCB
• Jean de Roy (a technical draftsman of NMBS / SNCB) designed the
logo (a capital B in a lying ellipse) in 1936.
• The architect Henry Van de Velde (artistic director of NMBS /
SNCB) encouraged the board to choose this design.
1 Railway in Belgium … historical timeline
13. 1313
1926 - The establishing of NMBS / SNCB
• NMBS : Nationale Maatschappij der Belgische Spoorwegen.
• SNCB : Société Nationale des Chemins de fer Belges.
1 Railway in Belgium … historical timeline
14. 1414
1 Railway in Belgium … historical timeline
1830 2016
1935 - The first electric train in Belgium
15. 1515
1
1935 - The first electric train in Belgium
• 5 May 1935, the first electric train ‘type 1935’ (see picture)
runs from Brussels to Antwerp.
• Exactly 100 years after the first train!
• The speed was 120 km/h and the ride lasted 31 minutes.
Railway in Belgium … historical timeline
16. 1616
1 Railway in Belgium … historical timeline
1830 2016
1966 - The last steam train in Belgium
17. 1717
1 Railway in Belgium … historical timeline
1966 - The last steam train in Belgium
• 20 December 1966, the locomotive ‘29.013’ (see picture)
pulled the last passenger train with steam traction
between Ath and Denderleeuw.
18. 1818
1 Railway in Belgium … historical timeline
1830 2016
1994 - The first high-speed train in Belgium
19. 1919
1 Railway in Belgium … historical timeline
1994 - The first high-speed train in Belgium
• 14 November 1994, the first high-speed train in Belgium
(Eurostar) runs from Brussels to London.
• The first Thalys train runs from Paris to Brussels on 2 June
1996.
20. 2020
1 Railway in Belgium … historical timeline
1830 2016
2005 - The establishment of Infrabel
21. 2121
1 Railway in Belgium … historical timeline
2005 - The establishment of Infrabel
• 1 January 2005, the activities of NMBS / SNCB split up into
three independent companies (to facilitate future liberalization
of railway freight in agreement with European regulations).
22. 2222
1 Railway in Belgium … historical timeline
1830 2016
2014 - A new structure of the Belgian Railway
23. 2323
1 Railway in Belgium … historical timeline
2014 - A new structure of the Belgian Railway
• 1 January 2014, the Belgian federal government decided to
simplify the structure of the railways.
• The NMBS / SNCB Holding disappears.
25. 2525
1
2016 - 6,514 km of main railway tracks
• One of the most dense railway systems in the world.
Railway in Belgium … historical timeline
26. 2626
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
27. 2727
2 Who is Infrabel?
COMPANY PROFILE SOURCES OF FINANCING
KEY FIGURES PRIORITIES
ORGANIZATION
MANAGEMENT
LOCATION
CUSTOMERS
Manager of the BELgian railway INFRAstructure
28. 2828
2
COMPANY PROFILE
• Belgian government-owned public limited company.
• Mission is recorded in a management contract with the
federal government.
• Responsible for maintenance, modernization, expansion and
management of the Belgian railway network.
• One of the largest employers and investors in Belgium.
Who is Infrabel?
29. 2929
2
SOURCES OF FINANCING
• Capital and operational grants from the federal government.
• Infrastructure fees paid by transport companies (e.g. NMBS /
SNCB, …).
• Special investment mechanisms (RER Fund, European grants and
Public Private Partnerships).
Who is Infrabel?
30. 3030
2
PRIORITIES
1. Safety (Safety first)
2. Punctuality (Trains running on time)
3. Capacity (A rail network for tomorrow’s trains)
4. Finance (A financially fit company)
5. Corporate Social Responsibility (In tune with society)
Who is Infrabel?
31. 3131
2
KEY FIGURES - 2015
• 11,723 employees
• 6,514 km of main railway track
• 1,773 level crossings
• 11,925 engineering structures
• 126 signal boxes
Who is Infrabel?
41. 4141
2
ORGANIZATION - General services
Build (Directorate I-B)
• Facilitate the development of the railway infrastructure.
• Build new railway lines.
• Full upgrade existing railway lines.
• Carry out the roll-out of new signalling systems.
Who is Infrabel?
42. 4242
2
ORGANIZATION - General services
Traffic Management & Services (Directorate I-TMS)
• Manage rail traffic on the Belgian railway network.
• Distribute and allocate rail capacity.
• Maintain close contact with Infrabel’s customers.
• Monitor the safety and punctuality.
Who is Infrabel?
43. 4343
2
ORGANIZATION - General services
Asset Management (Directorate I-AM)
• Maintain and renew the various components of the railway
infrastructure.
• Manufacture and order railway materials and tools.
• Rapid intervention in the event of disruptions.
Who is Infrabel?
44. 4444
2
ORGANIZATION - General services
Finance & Business Administration (General Dept. I-FBA)
• Ensure sound financial management.
• Develop the Company strategy.
• Deal with any legal matters.
• Supervise the acquisition files and procedures.
Who is Infrabel?
45. 4545
2
ORGANIZATION - General services
Information & Communication Technology (General Dept. I-ICT)
• Develop IT solutions.
• Provide telecommunications solutions.
Who is Infrabel?
46. 4646
2
ORGANIZATION - General services
Corporate & Public Affairs (General Dept. I-CPA)
• Monitor the reputation of Infrabel.
• Provide information to residents living near railway lines.
• Contact with the press.
• Internal communication.
Who is Infrabel?
47. 4747
2
ORGANIZATION - General services
HR & Organisation (General Dept. I-HRO)
• Personnel administration.
• Recruitment of new employees.
• Assist the development of employee careers.
• Ensure the welfare of employees.
Who is Infrabel?
48. 4848
2
Director
Head of
Manager
Head ofHead of Head of Head of
Manager Manager Manager Manager
Who is Infrabel?
ManagerManager Manager Manager Manager
ManagerManager Manager Manager Manager
ORGANIZATION - Structure General services
Directorate or General Department
Service
Department
60. 6060
2
ORGANIZATION - Workshop Schaarbeek
• Focuses on processing and treating rails.
• Ensures that new and reusable rails are ready for use.
• Producing continuous welded rails of 300 m long.
Who is Infrabel?
61. 6161
2
ORGANIZATION - Workshop Wondelgem
• Specialises in woodwork.
• Supplies the necessary sleepers and logs.
Who is Infrabel?
62. 6262
2
ORGANIZATION - Workshop Roeselare
• Manufactures all standardised concrete components for
use in the rail network (grooves, level crossing blocks, etc.).
Who is Infrabel?
63. 6363
2
ORGANIZATION - Workshop Bascoup
• Processes and assembles normal rails into switches and
crossings.
Who is Infrabel?
66. 6666
2
ORGANIZATION - Logistic Centres Infrastructure (LCI’s)
• Group all the personnel / equipment needed for the
maintenance of infrastructure within a specific area.
Who is Infrabel?
67. 6767
2 Who is Infrabel?
LOCATION - Logistic Centres Infrastructure (LCI’s)
• Across Belgium and spread over 5 geographic subdivisions.
72. 7272
2
ORGANIZATION - Traffic Control
• Coordinate train movements across Belgium.
• Decide which trains are given priority in the event of
malfunctions.
Who is Infrabel?
73. 7373
2
LOCATION - Traffic Control
• Complex France Bara, Frankrijkstraat 85, 1060 Brussel (Sint-Gillis)
Who is Infrabel?
75. 7575
2
GEOGRAPHIC SUBDIVISIONS - 5 Areas
• NE - Antwerpen
• NW - Gent
• CE - Brussel
• SE - Luik
• SW - Charleroi
Who is Infrabel?
76. 7676
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
77. 7777
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
83. 8383
Rail infrastructure3
CONSISTS OF
• Sub-stations convert electrical energy (11,000 volts to 70,000
volts) into the desired voltage (3,000 volts direct current) and
distribute this energy across the rail network.
84. 8484
Rail infrastructure3
CONSISTS OF
• Civil engineering works (bridges, tunnels and viaducts) ensure
that a railway line can bridge certain geographical features
of an area and cross traffic routes without being hindered.
86. 8686
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
88. 8888
4 Infrabel’s realizations
HIGH-SPEED NETWORK
• Consists of 419 km of railway lines.
• 200 km of which are high-speed lines.
• The speed of the trains varies from 160 km/h to 300 km/h.
89. 8989
4 Infrabel’s realizations
DIABOLO PROJECT
• The airport is directly connected to the major railway lines.
• European cities are connected via international rail
corridors.
91. 9191
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
92. 9292
5
Maintenance of the rail network Railway signalling systems Safety systems
Safety, Infrabel’s top priority
Level crossings Security along the tracks and on the platform Safety management
94. 9494
5
CONSISTS OF
Maintenance of the rail network
• The infrastructure are checked at least twice a month.
• To prevent breakdowns and incidents.
• Problems will be quickly resolved.
Safety, Infrabel’s top priority
96. 9696
5
CONSISTS OF
Railway signalling systems
• Necessary information on the railway line.
• Relevant information on a display inside the train.
• Rail traffic is managed 24/7 by Traffic Control.
Safety, Infrabel’s top priority
98. 9898
5
CONSISTS OF
Safety systems
• Memor-Crocodile system on all main lines.
Safety, Infrabel’s top priority
99. 9999
5
CONSISTS OF
Safety systems
• GSM-R : GSM network for the railway since 2009.
• Contact between train drivers and traffic control.
Safety, Infrabel’s top priority
100. 100100
5
CONSISTS OF
Safety systems
• TBL1+ : Belgian train control system.
• Transmission Balise Locomotive.
• System is perfectly compatible with the ETCS system.
Safety, Infrabel’s top priority
101. 101101
5
CONSISTS OF
Safety systems
• ETCS : European Train Control System.
• Balises in the track & computer system in the train cab.
Safety, Infrabel’s top priority
103. 103103
5
CONSISTS OF
Level crossings
• Reducing of level crossings, situated on busy railway lines
and where the risk of an accident is greater.
Safety, Infrabel’s top priority
104. 104104
5
CONSISTS OF
Level crossings
• Barriers, lights and controls are regularly checked,
maintained and repaired.
Safety, Infrabel’s top priority
106. 106106
5
CONSISTS OF
Security along the tracks
• Platform markings (yellow safety lines or textured surfaces) to
remind passengers that they must keep a safe distance.
Safety, Infrabel’s top priority
107. 107107
5
CONSISTS OF
Security along the tracks
• Warning signs to inform people that crossing the tracks is
forbidden.
Safety, Infrabel’s top priority
108. 108108
5
CONSISTS OF
Security along the tracks
• Stumbling mats to make it impossible for people to
crossing the tracks.
Safety, Infrabel’s top priority
111. 111111
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
112. 112112
6 ETCS Master Plan
THE BUIZINGEN TRAIN ACCIDENT
• 15 February 2010, a collision between 2 trains.
• 19 people were killed in the crash!
113. 113113
6
ETCS - Safety at an European level
• In 2010, (after the Buizingen train accident) Infrabel and NMBS /
SNCB launched an ambitious ETCS Master Plan in order to
improve the safety of rail traffic.
ETCS Master Plan
114. 114114
6 ETCS Master Plan
Program Managers
Quality Officers
Project Managers
Contract Owners
Project Engineers
Site Inspectors
Design Engineers
115. 115115
Agenda
1. Railway in Belgium … historical timeline
2. Who is Infrabel?
BREAK
3. Rail infrastructure
4. Infabel’s realizations
5. Safety, Infrabel’s top priority
6. ETCS Master Plan
7. Concentration of signal boxes
116. 116116
7 Concentration of signal boxes
ESSENTIAL PROJECT - With regard to
• Punctuality of rail traffic.
• Safety of rail traffic.
• Efficient use of human resources in operating the network.
117. 117117
7 Concentration of signal boxes
ESSENTIAL PROJECT - With regard to
• Modernization of equipment (new ICT systems).
• Creating a better ergonomic working environment.
VERY OLD EQUIPMENT ULTRA MODERN EQUIPMENT
118. 118118
7 Concentration of signal boxes
IN PRACTICE
• 368 signal boxes in 2005.
• 31 signal boxes in 2017 after concentration.
• 10 signal boxes in 2022 after super concentration.
119. 119119
7 Concentration of signal boxes
Program Managers
Quality Officers
Project Managers
Contract Owners
Project Engineers
Site Inspectors
Design Engineers
Thank you xxx for initiating this session ‘Introduction to Infrabel’.
My name is Luc Marivoet, Senior Engineering Consultant since January 2013. On behalf of Pauwels Consulting, I am working as Quality Manager ISO for the service Signalling Projects at Infrabel. I am responsible for setting up, implementing, monitoring and maintaining the ISO 9001 certified quality management system.
What’s the purpose of this session? “To provide you with the knowledge I lacked when I started my first project at Infrabel.”
This is the agenda for today. You can consider it as a train journey with 7 railway stations on the railroad. Between 2 railway stations you will get some useful information about Infrabel. Arrived at station 3, we have a short break … and then we continue to our final destination.
Everyone ready? We will begin our journey.
it starts with the Belgian revolution in 1830.
Belgium separate from the Netherlands on 4 October 1830. The result was that they closed off their waterways and the port of Antwerp was cut off from its German hinterland. Belgium needs urgently an alternative mode of transport to become a strong industrial country. King Leopold I met George Stephenson in England and he was impressed by the industrial revolution and the steam train and chose the new railway technology!
But not everyone was convinced! Between 1830 and 1834 there were a great number of discussions in the Belgian parliament and lots of studies were carried out. Anyway, in the end, the railway won. In 1834 a law was enacted for the construction of 'the iron road’, 380 km of railway tracks.
This political decision made sure that Belgium inaugurated its first railway on 5 May 1835. Belgium became a pioneer, because the railway connection between Brussels and Mechelen was the first commercial railway line on the European continent.
Not 1, but 3 locomotives, named ‘De Pijl’, ‘De Olifant’ and ‘Stephenson’, do the route in less than an hour.
From 1835 to 1926, the railways were organized within the Ministry of Railways, Telegraphs and Postal services, under the direct authority of the Minister of Railways. But it was an organization with political interference, a cumbersome structure, and some major corruption scandals.
For that reason the Belgian State wants to establish a public company that could manage the railways much more efficiently. A Royal Decree establish the new company and capturing the statutes: SNCB will be responsible for the management, maintenance and operation of the railways under the guardianship of the Belgian State. This Royal Decree of 23 July 1926 is actually the birth certificate of the SNCB.
The logo, a capital B in a lying ellipse, was designed in 1936 by Jean Roy, in response to a contest. Jean Roy was a technical draftsman of the SNCB. The artistic director of the SNCB, the architect Henry Van de Velde, encouraged the board to choose for this design. Why I am telling this, because in some publications is wrongly written that Henry Van de Velde designed the logo.
SNCB is an acronym and stand for Société Nationale des Chemins de fer Belges. Nationale Maatschappij der Belgische Spoorwegen (NMBS), In Dutch.
In the 30s a number of important initiatives were taken, including the start of the electrification of the line between Brussels and Antwerp.
And on 5 May 1935, exactly 100 years after the first steam train, the first electric train runs from Brussels to Antwerp. The train reached a speed of 120 kilometers per hour and the journey lasted for 31 minutes. Because of this success, the SNCB decided to electrify more railway lines. However, the electrical expansion proceeded steadily and slowly, because of the pressure from the coal mines and of course the Second World War.
In 1966, the steam traction was abolished because it was not desirable in tunnels and underground stations.
And on 20 December 1966 the last steam train ran between Ath and Denderleeuw. Steam trains moved to the museum and will be only demonstrated at special rides.
1994 is also an important year in the history of the Belgian railways.
On 14 November 1994, the first high-speed train in Belgium (Eurostar) runs from Brussels to London. The first Thalys train runs from Paris to Brussels on 2 June 1996.
2005 is the year of the establishment of Infrabel.
1 January 2005, the activities of SNCB split up into three independent companies following new European regulations. Because the European regulations required a separation of the national railway operator and the railway infrastructure manager. From then you have SNCB as railway operator, Infrabel as railway infrastructure manager and the SNCB-Holding. The SNCB-Holding was created under the initiative of the social partners who wanted to ensure that all employees preserved the same unique status. As you can see in the timeline, Infrabel is a relatively young company, but it has almost 180 years of expertise in the sector.
In 2014 they create a new simplified structure of the Belgian railway.
1 January 2014, the Belgian federal government decided to simplify the structure of the railways. SNCB-Holding and SNCB merged to become SNCB. Some of the responsibilities formerly held by SNCB-Holding were moved to HR Rail, while the other responsibilities were “distributed” between Infrabel and the “new” created SNCB. This is the structure that we see today: SNCB is the railway operator, Infrabel is the railway infrastructure manager and HR Rail is the legal employer of all employees in both companies.
In 1834 they start to build 380 km of railway tracks and in the meantime Belgium has 6,514 km of main railway tracks.
Belgium has one of the most dense railway systems in the world!
Who is Infrabel?
They are the Manager of the BELgian railway INFRAstructure. The graphic element in the logo refers to two railway tracks.
It is a public limited company and their mission is recorded in a management contract with the federal government. They are responsible for maintenance, modernization, expansion and management of the Belgian railway network. It is one of the largest employers and investors in Belgium.
They get capital and operational grants from the federal government, Infrastructure fees paid by transport companies and grants from special investment mechanism.
All of the Infrabel activities and projects are based on the following priorities: Safety, Punctuality, Capacity, Finance and Corporate Social Responsibility.
Here are some key figures which have recently been published. Every year in May they give an update.
Today a number of rail operators use the capacity on the Belgian network. These companies are the direct customers of Infrabel. There are 11 European freight operators and 3 active passenger operators: SNCB, Eurostar and Thalys.
Now a brief information about the Infrabel management.
At the top you have the CEO, Luc Lallemand. He is responsible for the day-to-day management of Infrabel.
Then you have 3 directorates who are responsible for the essential core tasks.
And 4 general departments who centralize the supporting processes.
Together they are the Executive Committee who takes care of the daily management of Infrabel.
Infrabel operates all over the country and has numerous organizations in various locations.
First of all you have the General Services.
Those are the directorates and general departments.
Build, build and upgrade the railway infrastructure.
Traffic Management & Services manage the rail traffic.
And Asset Management is responsible for the maintenance of the railway infrastructure.
Finance & Business Administration ensure sound financial management.
ICT develop IT solutions and provide telecommunications solutions for the entire company.
Corporate & Public Affairs monitor the reputation of Infrabel and maintain close contact with the press.
HR & Organisation ensure the personnel administration and monitor the recruitment of new employees together with HR RAIL.
The Directorates and General Departments have the same structure. All of them have a number of services and each service consists of a number of departments. On top you have the Director, each service is leaded by a ‘Head of’ and each department is managed by a Manager.
The general services are located in Brussel, more specific in Sint-Gilles, near the railway station Brussel-Midi.
They are allocated over 4 buildings and each building has a specific name.
The CEO, a part of the Directorate Build and the 4 General Departments have their offices in the building South City. This is the headquarters of Infrabel.
The starting point to find the buildings is always the main entrance of Brussel-Midi. If you come by train and you leave the platform with the escalators, take the direction Fonsnylaan. The building is located opposite the main entrance of the railway station.
Another part of the Directorate Build has their offices in the building of TUC RAIL. TUC RAIL is a subsidiary of Infrabel and they manage major infrastructure projects. They are part of Infrabel's Directorate Build.
This building is near South City. On the same side of the street at number 39.
The Directorate Traffic Management & Services have their offices in the building South Crystal.
This building is also near South City. On the same side of the street at number 13.
The Directorate Asset Management have their offices in the building Complex France Bara.
Take now the direction Place Horta (or Thalys and Eurostar) when you leave the platforms with the escalators. Turn left when you leave the railway station and you will see the building ahead.
Infrabel has also 4 specialized workshops where the infrastructure components are manufactured or repaired.
Schaarbeek producing the continuous welded rails. They are 300 m long!
Wondelgem specialises in woodwork. It supplies the necessary sleepers and logs.
In Roeselare it is all about concrete. They manufacture all standard concrete components.
And Bascoup assembles normal rails into switches and crossings. This workshop has plenty of experience: in 2012 they celebrate their 100th anniversary.
Once more an overview of the workshop locations in Belgium.
Infrabel has also Logistic Centres Infrastructure.
They group all the personnel and equipment needed for the maintenance of the infrastructure within a specific area.
They can be found across Belgium and spread over 5 geographic subdivisions.
The Signal Boxes control the rail traffic at regional level.
They control all the signalling systems and switches within a specific area of the rail network.
They can be found across Belgium and spread over 5 geographic subdivisions.
Traffic Control coordinates the rail traffic at national level.
They coordinate train movements across Belgium and decide which trains are given priority in the event of malfunctions. They are also in constant contact with the signal boxes and train drivers.
Traffic Control is located in Brussel, in the building Complex France Bara.
What are geographic subdivisions?
Belgium is divided in 5 areas: NE, NW, CE, SE and SW. Each area has also a head office: Antwerpen for NE, Gent for NW, Brussel for CE, Luik for SE and Charleroi for SW.
We arrived at railway station 3, so we have a short break.
Infrabel is the Manager of the rail infrastructure. But what is rail infrastructure?
It consist of all fixed installations necessary to operate train vehicles and ensure the safety of this traffic. Mainly it consists of the following:
Tracks and the track bed are the foundation on which the trains operate.
Train routes have to join and cross each other in many places. Switches and crossings ensure that all possible connections can be made.
Signalling systems are necessary to guarantee safety on the rail network. Light signals give the train drivers the instructions to complete the train journey safely. Signal boards enforcing speed limits.
Overhead lines provide electricity to the trains. The train's pantograph is in contact with the overhead lines.
Sub-stations convert electrical energy into the desired voltage and distribute this energy across the rail network.
Civil engineering works are constructions that ensure that a railway line can bridge certain geographical features of an area and cross traffic routes without being hindered.
A level crossing is a junction of a railway line and a road on the same level.
Now brief information about Infabel’s realizations.
I have selected 3 realizations at random. Of course there are many more.
They realize a high-speed network consists of 419 km of railway lines. The network consists of 3 major axes connecting Brussels with Amsterdam, Paris, London, Cologne and Frankfurt in record time. The speed of the trains varies from 160 km/h to 300 km/h.
Thanks to the Diabolo project, Brussels airport is directly connected to the major railway lines on the national network and various European cities via international rail corridors. Brussels Airport has become one of the airports with the best rail access in Europe. The shape of the rail infrastructure looks like a diabolo toy that is why they called it the Diabolo project.
The Liefkenshoek Rail Link is a crucial rail link between the left and right banks of the port of Antwerp. Up to now, all trains to European destinations ran along a single rail line. The Liefkenshoek Rail Link has been created to speed up traffic.
Safety is Infrabel’s top priority!
In this chapter you will discover Infrabel’s safety measures on the Belgian rail network.
One of the most important tasks is to maintain the rail network.
The Belgian railway network is heavily used. Nearly 4,000 trains run on the network every day. In order to ensure they run safely and on time, the infrastructure is checked at least twice a month. And in case of breakdowns or incidents they resolve the problems quickly.
Thanks to the signals along the tracks, the train drivers receive all the necessary information about their route.
But at any speed higher than 160 km/h, the train driver can no longer see the light signals and signal boards along the tracks, so they needs also to have the information in the train cabinet via screens. Furthermore rail traffic is managed 24/7 by the signal boxes and Traffic Control.
The train driver must always correctly follow the signaling systems along the track. However, because we are all human, Infrabel is installing additional safety systems.
Since 1930 there is the Memor-Crocodile system on all main lines. With this system, when a train passes a “double yellow” signal (meaning a light announcing that the next light will be red) the driver is informed by a warning light in the cabin. The driver must then press a button to confirm that he has seen the warning light. If this is not done, the train’s emergency braking is applied automatically.
Since 2009, the entire rail infrastructure has also been covered by its own dedicated mobile phone network ‘GSM-R’. It means that train drivers will never lose contact with traffic control.
Since the end of 2015, the entire Belgian railway network is covered with the TBL1+ system (Transmission Balise Locomotive). It consists of a balise placed in the track that emits an electromagnetic signal. This signal is received by an antenna underneath the train cabinet. When the driver approaches a red signal, the support system activates a light. The driver must then acknowledge that he has received the warning by pressing a button. The emergency brake is automatically activated in case he does not do. This also happens if the driver has acknowledged the warning, but the train is still approaching the red signal too fast (more than 40 km/h when it is 300 metres from a red signal). So, thanks to TBL1+, the risk of passing a red signal is greatly reduced. The equipment used for TBL1+ is compatible with the European ETCS system. Switching over from TBL1+ to ETCS requires only a simple modification.
The European Train Control System (ETCS) is an automatic train control system that informs, monitors and corrects with the aid of balises in the track and a computer system in the train cabinet. The balises on the track detect the precise location of the train so that the maximum permitted speed can be calculated. They also send the necessary route information to the on-board computer on the train. The ETCS system will also monitor the train driver, and take corrective action if necessary. If, for instance, there is a red signal two kilometres further along the track, the ETCS system will ask the driver to slow down. If the driver does not keep to the maximum speed limit, does not break in time or passes through a red light, the system automatically corrects the speed of the train or activates the emergency brake.
Infrabel invest also in the modification, repair and removal of level crossings to improve safety.
The best way to avoid accidents on level crossings is to eliminate the physical intersection between the track and the road. That is why Infrabel tries to replace level crossings with bridges and tunnels, situated on busy railway lines and where the risk of an accident is greater.
Where Infrabel are unable to eliminate a level crossing, the barriers, lights and controls are regularly checked, maintained and repaired.
They increase also the safety along the tracks.
Trains sometimes pass through railway stations at high speed without stopping. To remind passengers that they must keep a safe distance, Infrabel introducing platform markings, such as yellow safety lines or textured surfaces.
They use also warning signs to inform people that crossing the tracks is forbidden.
And recently they use stumbling mats to make it impossible for people to crossing the tracks.
And last but not least .... A total Safety culture.
And I cannot say it better than the team of Dirk Porez ... discipline, dedication and friendship... but Safety First!
Now brief information about the ETCS Master Plan.
On 15 February 2010, there was a collision between 2 trains in Buizingen and 19 people were killed in the crash!
After the Buizingen train accident, Infrabel and SNCB launched an ambitious ETCS Master Plan in order to improve the safety of rail traffic.
As you can see it is a long-term project, so it gives opportunities for Pauwels Consulting to enlarge their footprint at Infrabel.
Another project is the concentration of the signal boxes.
It is an essential project with regard to punctuality and safety of rail traffic. And efficient use of human resources in operating the network.
The modernization of equipment, that means new ICT systems. And creating a better ergonomic working environment.
In practice it means: they start with 368 signal boxes in 2005, they will have only 31 signal boxes in 2017 after concentration and finally 10 signal boxes in 2022 after a super concentration.
As you can see it is also a long-term project that gives opportunities for Pauwels Consulting to enlarge their footprint at Infrabel.
I hope that you have now a better idea about the activities of Infrabel. In case you have still some questions, please shoot.
You can always contact me if you have later any questions. You do not have to write down my coordinates, you can ask my business card after this session.