We are group of Railfans working towards betterment of Sri Lankan Railways and trying to foster interest among general public towards railways and its geography
Monday, August 27, 2012
කන්කසන්තුරය දුම්රිය මාර්ගයේ
නවීකරණය 2014 ජුනි මස අවසන්ගෝඨාභය රාජපක්ෂකීර්ති වර්ණකුලසූරිය
2014 ජුනි මස වන විට කන්කසන්තුරේ දුම්රිය මාර්ගයේ නවීකරණ කටයුතු නිමාවන බවත් මැදවච්චිය සිට මඩු පාර දක්වා ඇති දුම්රිය මඟේ කටයුතු ලබන මාර්තු මසදී අවසන් වන බවත් ආරක්ෂක ලේකම් ගෝඨාභය රාජපක්ෂ මහතා පවසයි.
එසේම මඩුපාර සිට තලේමන්නාරම දක්වා ඇති දුම්රිය මාර්ගය ලබන වසරේ සැප්තැම්බර් මස වන විට නිමාවට පත්වන බවද හෙතෙම හෙළි කළේය.
කොටි සංවිධානයේ ත්රස්ත ක්රියා නිසා 1990 උතුරු දුම්රියමඟ වව්නියාවේදී නතර විය.
උතුරේ සිටි බළසේනා විසි අටක් නැගෙනහිර හා දකුණු ප්රදේශය වෙත ස්ථානගත කර ඇති බවද සැපයූ ඒ මහතා මේ වසරේදී පමණක් රටවල් 100 කින් විදේශිකයන් 31500 ක් උතුරේ සංචාරයක යෙදී ඇතැයි හෙළි කළේය.
Friday, August 17, 2012
The world’s busiest train stations
9 August 2012
Train stations around the world are approaching full capacity, as passenger numbers grow and cities are linked with new rail lines. From Zurich Hauptbahnhof to Shinjuku Station, railway-technology lists the world’s busiest stations.
As transport infrastructure develops and the world becomes better connected, major train stations around the world are reaching their full capacity.
In light of this, many stations, including Gard du Norde in Paris and Union Station in Toronto, are adding new concourses, lines and platforms to cope with the influx of passengers.
Here, we list some of the world's busiest stations and provide details on their expansion plans.
Here, we list some of the world's busiest stations and provide details on their expansion plans.
Shinjuku Station, Japan
There have been plans at various points in history to connect Shinjuku into the Shinkansen network
With an average of 3.5 million passing through its doors every day, Shinjuku Station in Tokyo, Japan, is the world's busiest train station in terms of passenger throughput.
Shinjuku is made up of five stations - JR-East, Odakyu Electric Railway, Keio Corporation, Tokyo Metro and Toei Subway - and serves as a connecting link between central Tokyo and its western suburbs. The site has of ten platforms, serving 20 tracks and 12 train links.
There have been plans at various points in history to connect Shinjuku into the Shinkansen network of high speed rail lines, and the 1973 Shinkansen Basic Plan, still in force, specifies that the station should be the southern terminus of the Joetsu Shinkansen line to Niigata, the capital and the most populous city of Niigata Prefecture.
Shinjuku is made up of five stations - JR-East, Odakyu Electric Railway, Keio Corporation, Tokyo Metro and Toei Subway - and serves as a connecting link between central Tokyo and its western suburbs. The site has of ten platforms, serving 20 tracks and 12 train links.
There have been plans at various points in history to connect Shinjuku into the Shinkansen network of high speed rail lines, and the 1973 Shinkansen Basic Plan, still in force, specifies that the station should be the southern terminus of the Joetsu Shinkansen line to Niigata, the capital and the most populous city of Niigata Prefecture.
Gare du Nord, France
Gare du Nord is Europe's busiest railway station by total passenger numbers
Serving around 180 million travellers each year, Gare du Nord is Europe's busiest railway station by total passenger numbers.
The station, which opened in 1846 and again in 1864 after a major expansion, is already considered to be the second largest station in Europe by number of platforms (44 in total.)
The Gare du Nord railway is served by the Paris Metro transit system, the Réseau Express Régional (RER) railway system and several bus routes.
The metro system has two lines, including line four which runs from the north to the south of Paris, and line five, which has extensions to the Gare de Lyon, the north eastern suburbs of Pantin and Bobigny.
A construction plan to build a hallway between Gare du Nord and Gare de l'Est is set to be implemented in the near future. The project is expected to be completed after the new LGV Est - an extension to the TGV network - starts serving the station.
Zurich Hauptbahnhof, Switzerland
The station is becoming too crowded and there are many projects being developed to address this issue
Zurich Hauptbahnhof (HB) is Europe's busiest railway terminus by daily rail traffic, with more than 2,900 trains passing through the station every day.
Situated between the rivers Sihl and Limmat, it is fronted by busy tram stop, and its four-platform sub-surface station for S-Bahn trains (local / regional trains primarily for the Zurich canton) was turned into a through route in 1991.
But, even with the adoption of multiple units and push-pull formations, which save the need for locomotive changes at surface-level platforms, the station is becoming too crowded and there are many projects, including Durchmesserlinie (the Diameter Line), being developed to address this issue.
Situated between the rivers Sihl and Limmat, it is fronted by busy tram stop, and its four-platform sub-surface station for S-Bahn trains (local / regional trains primarily for the Zurich canton) was turned into a through route in 1991.
But, even with the adoption of multiple units and push-pull formations, which save the need for locomotive changes at surface-level platforms, the station is becoming too crowded and there are many projects, including Durchmesserlinie (the Diameter Line), being developed to address this issue.
By allowing such services to pass through the HB hub, the Durchmesserlinie project will allow for alterations and expansion of the S-Bahn services that account for a large proportion of train movements in the area.
Penn Station, US
As part of the New Jersey Rail Project, also known as the Gateway Project, Penn Station will be expanded
Penn Station in New York City is the busiest railway station in North America, with 1,000 passengers alighting and departing there every 90 seconds.
The station is at the centre of the Northeast Corridor, an electrified passenger rail line extending south to Washington, D.C., and north to Boston, Massachusetts.
As part of the New Jersey Rail Project, also known as the Gateway Project, Penn Station will be expanded to serve 13 additional Jersey Transit and eight Amtrak trains during peak hours. The current service caters to 20 New Jersey Transit and 12 Amtrak trains an hour.
The Gateway project, set to be completed in 2020, is expected to increase the commuter rail capacity of New Jersey Transit and Amtrak - the owner of Penn Station - by 65% to 33 train services an hour.
Union Station, Canada
Transport Canada is currently developing an airport link between Union Station and the Toronto Pearson International Airport
Serving 250,000 passengers each day, Union Sation is the busiest train station in Canada.
Located in Toronto, Union has more than 2,000 rights of way, making it one of the most complex stations in the world.
Located in Toronto, Union has more than 2,000 rights of way, making it one of the most complex stations in the world.
Inter-city trains at Union Station are operated by Via Rail, and Ontario Northland, while commuter rail services are operated by GO Transit. The station is also connected to the Toronto Transit Commission subway and streetcar system via its subway station.
Transport Canada is currently developing an airport link between Union Station and the Toronto Pearson International Airport. Metrolinx, a subsidiary of GO Transit, was chosen in July 2010 to design, construct, maintain and operate the railway link.
A five-year revitalisation programme is also being carried out to improve the quality and pedestrian movement near the station and transform the building into a major terminus for shopping, dining and visiting. The programme, started in June 2010, and is scheduled to be completed by 2015.
Transport Canada is currently developing an airport link between Union Station and the Toronto Pearson International Airport. Metrolinx, a subsidiary of GO Transit, was chosen in July 2010 to design, construct, maintain and operate the railway link.
A five-year revitalisation programme is also being carried out to improve the quality and pedestrian movement near the station and transform the building into a major terminus for shopping, dining and visiting. The programme, started in June 2010, and is scheduled to be completed by 2015.
Tuesday, August 14, 2012
Indian Railways (IR) is planning to buy 200 high horse power (HP) electric locomotives to use on its proposed $16bn dedicated freight corridor (DFC) project.
Of the 200 locomotives, 40 will be imported from Japan, with the remaining 160 manufactured on home soil, according to the Press Trust of India.
Indian Rail is planning to purchase 9,000HP electric engines, adding to its current 6,000HP locomotives, in a bid to increase freight transport capacity along the corridor.
The 9,000HP electric engines will help Indian Rail haul 6,000t of freight per locomotive, compared to the existing capacity of 5,000t.
Each 9,000HP locomotive is expected to cost an estimated Rs200m ($3.5m), compared to the Rs140m ($2.5m) Indian Rail pays for 6,000HP locomotives.
Procurement of the locomotives is expected to start soon as the DFC is operational, which is scheduled to be by 2017.
The 3,373km DFC, including western and eastern branches, is intended to improve India's rail transport capacity by segregating freight from passenger traffic.
"Traffic studies carried out by Indian Railways revealed that the existing routes on the western corridor, which carry 25 to 35 freight trains a day, are already saturated and incapable of meeting future transit needs."
The western corridor will cover around 1,534km from Dadri to Mumbai, passing through Delhi, Haryana, Rajasthan, Gujarat and Maharashtra.
The eastern corridor will have a length of 1,839km, connecting Ludhiana in Punjab to Dankuni in West Bengal, while passing through the states of Haryana, Uttar Pradesh and Bihar.
Indian Railways is planning to complete a 66km section between Mughalsarai and Sonnagar on the eastern corridor by early 2014, following the completion of civil works by the end of 2012.
The DFC is expected to ease congestion and reduce travel times for passenger trains, as well as increase rail transport capacity, improve service quality and boost freight capacity.
Traffic studies carried out by Indian Railways revealed that the existing routes on the western corridor, which carry 25 to 35 freight trains a day, are already saturated and incapable of meeting future transit needs.
Friday, August 10, 2012
Anyone seeking to travel economically on a network relies on optimised monitoring and diagnosis of vehicles and low-maintenance track. This process commences with the new vehicle design and extends through to everyday operation, repairs and modernization.
MULTIRAIL® technology offers a complete solution. Its modular system provides many optimal solutions for many monitoring and diagnosis functions for wheels and rail. These systems are safe, convenient and low-maintenance.
Railway network monitoring technology
Hazards lurk on all routes, railways and in all trains. Vehicle defects in the wheels, route damage or critical loading conditions can put people and materials at risk. This is where MULTIRAIL® monitoring and diagnosis systems come in, with all-round monitoring and lasting functions.
Monitoring technology for rail production facilites and workshops
Quality assurance in production and maintenance is the most important prerequisite for optimal performance. With the help of flexible, modular hardware and software technologies, MULTIRAIL® assures optimum performance in advance – and prevents expensive consequential damage and repairs. This saves time and reduces costs while ensuring quality.
The MULTIRAIL® range of monitoring and diagnosis systems range includes the following. For static and dynamic weighing there is:
- MULTIRAIL® LegalWeight
- MULTIRAIL® LiquidWeight
- MULTIRAIL® SpeedWeight
- MULTIRAIL® SpeedWeight eco
- MULTIRAIL® MultiBridge
Diagnostic systems along the track include:
- MULTIRAIL® WheelScan
- MULTIRAIL® WheelScan eco
- MULTIRAIL® TrainCheckStation
- MULTIRAIL® ClearanceMonitor
- MULTIRAIL® PantographMonitor
- MULTIRAIL® WheelProfileDiagnostics
- MULTIRAIL® HotBoxDetector
- MULTIRAIL® APC
- MULTIRAIL® Wheel&GuideLoad
Measurement and optimisation systems include:
- MULTIRAIL® WheelLoadMonitor
- MULTIRAIL® WheelLoad
- MULTIRAIL® WheelLoad eco
- MULTIRAIL® BogieLoad
- MULTIRAIL® OverLoad
- MULTIRAIL® CornerLoad
Precise in-transit rail wheel diagnosis and detecting - monitoring technology for the track network
Safety all along the line has absolute priority in railway travel. At the same time, the aim is to save time and costs. MULTIRAIL® WheelScan combines both, and ensures that operators safely save costs – along the whole line.
MULTIRAIL® WheelScan offers a large number of advantages for operators: The wheels are precisely diagnosed in transit, and wheel imperfections, wheel loads and load distributions are checked.
It identifies vehicles that could damage the track because of excessive dynamic forces or overloading. It thereby potentially reduces costly damage and dangerous accidents in advance. Direct, appropriate maintenance is possible – and before costly further damage occurs. This is safety that pays off.
Applications for this technology include:
- Automation of track inspection
- Monitoring of wheel loads and load distributions
- Analysis of track loads
- Diagnosis of wheel imperfections
- Reduction of noise emissions
High-precision train weighing
MULTIRAIL® Legal Weight from Schenck Process pays its way as a legal-for-trade application from the outset. It provides high-precision railcar weighing using fast and legal-for-trade calibrated weighing of the goods during transit, irrespective of whether individual rail cars or whole trains are being weighed.
The dynamic train scale for weighing trains and rail cars is now a minor classic. No wonder: intelligent solutions are worth their while and deliver cost and time savings.
Applications:
- Legal-for-trade dynamic weighing to OIML R 106, class 0.5
- Can be used within a temperature range from -50°C to +70°C, for solids and liquids
- Checks load distribution in the bogie
- Used in logistics and as the basis for invoicing
Bogie inspection, testing, measuring and optimising stand
MULTIRAIL® BogieLoad is a new-generation, cutting-edge bogie test stand. One special feature is its fully electromechanical design with spindle technology, which is extremely efficient and ensures a high level of precision.
Dynamic weighing for liquid goods
In the chemical and petrochemical industries, liquids are often worth their weight in gold. If mistakes are made in incoming or outgoing goods checks, every kilogram counts. Material flows need to be weighed quickly, reliably and with certified precision.
MULTIRAIL® LiquidWeight can be installed without gaps or foundations, works at weighing speeds of up to 10km/h and is capable of calibration to OIML R106-1. If not being weighed, wagons can travel at the permissible speed for the track.
Equipped with high-precision DMR weighbeams, these scales are optimised for weighing valuable liquid goods which can be weighed by wagon as part of a complete train set. Wheel and axle loads and load distribution are monitored as the wagon travels across the scales.
As the user you save precious time and benefit from a high degree of automation, considerably lower error rates and increased scale performance. This is an investment that has already proven its worth for customers such as OMV, Basell and Dynea.
Contact Details
Schenck Process GmbH
Sales Department T
Pallaswiesenstr 100
D-64293 Darmstadt
Germany
Sales Department T
Pallaswiesenstr 100
D-64293 Darmstadt
Germany
Anyone seeking to travel economically on a network relies on optimised monitoring and diagnosis of vehicles and low-maintenance track. This process commences with the new vehicle design and extends through to everyday operation, repairs and modernization.
MULTIRAIL® technology offers a complete solution. Its modular system provides many optimal solutions for many monitoring and diagnosis functions for wheels and rail. These systems are safe, convenient and low-maintenance.
Railway network monitoring technology
Hazards lurk on all routes, railways and in all trains. Vehicle defects in the wheels, route damage or critical loading conditions can put people and materials at risk. This is where MULTIRAIL® monitoring and diagnosis systems come in, with all-round monitoring and lasting functions.
Monitoring technology for rail production facilites and workshops
Quality assurance in production and maintenance is the most important prerequisite for optimal performance. With the help of flexible, modular hardware and software technologies, MULTIRAIL® assures optimum performance in advance – and prevents expensive consequential damage and repairs. This saves time and reduces costs while ensuring quality.
The MULTIRAIL® range of monitoring and diagnosis systems range includes the following. For static and dynamic weighing there is:
- MULTIRAIL® LegalWeight
- MULTIRAIL® LiquidWeight
- MULTIRAIL® SpeedWeight
- MULTIRAIL® SpeedWeight eco
- MULTIRAIL® MultiBridge
Diagnostic systems along the track include:
- MULTIRAIL® WheelScan
- MULTIRAIL® WheelScan eco
- MULTIRAIL® TrainCheckStation
- MULTIRAIL® ClearanceMonitor
- MULTIRAIL® PantographMonitor
- MULTIRAIL® WheelProfileDiagnostics
- MULTIRAIL® HotBoxDetector
- MULTIRAIL® APC
- MULTIRAIL® Wheel&GuideLoad
Measurement and optimisation systems include:
- MULTIRAIL® WheelLoadMonitor
- MULTIRAIL® WheelLoad
- MULTIRAIL® WheelLoad eco
- MULTIRAIL® BogieLoad
- MULTIRAIL® OverLoad
- MULTIRAIL® CornerLoad
Precise in-transit rail wheel diagnosis and detecting - monitoring technology for the track network
Safety all along the line has absolute priority in railway travel. At the same time, the aim is to save time and costs. MULTIRAIL® WheelScan combines both, and ensures that operators safely save costs – along the whole line.
MULTIRAIL® WheelScan offers a large number of advantages for operators: The wheels are precisely diagnosed in transit, and wheel imperfections, wheel loads and load distributions are checked.
It identifies vehicles that could damage the track because of excessive dynamic forces or overloading. It thereby potentially reduces costly damage and dangerous accidents in advance. Direct, appropriate maintenance is possible – and before costly further damage occurs. This is safety that pays off.
Applications for this technology include:
- Automation of track inspection
- Monitoring of wheel loads and load distributions
- Analysis of track loads
- Diagnosis of wheel imperfections
- Reduction of noise emissions
High-precision train weighing
MULTIRAIL® Legal Weight from Schenck Process pays its way as a legal-for-trade application from the outset. It provides high-precision railcar weighing using fast and legal-for-trade calibrated weighing of the goods during transit, irrespective of whether individual rail cars or whole trains are being weighed.
The dynamic train scale for weighing trains and rail cars is now a minor classic. No wonder: intelligent solutions are worth their while and deliver cost and time savings.
Applications:
- Legal-for-trade dynamic weighing to OIML R 106, class 0.5
- Can be used within a temperature range from -50°C to +70°C, for solids and liquids
- Checks load distribution in the bogie
- Used in logistics and as the basis for invoicing
Bogie inspection, testing, measuring and optimising stand
MULTIRAIL® BogieLoad is a new-generation, cutting-edge bogie test stand. One special feature is its fully electromechanical design with spindle technology, which is extremely efficient and ensures a high level of precision.
Dynamic weighing for liquid goods
In the chemical and petrochemical industries, liquids are often worth their weight in gold. If mistakes are made in incoming or outgoing goods checks, every kilogram counts. Material flows need to be weighed quickly, reliably and with certified precision.
MULTIRAIL® LiquidWeight can be installed without gaps or foundations, works at weighing speeds of up to 10km/h and is capable of calibration to OIML R106-1. If not being weighed, wagons can travel at the permissible speed for the track.
Equipped with high-precision DMR weighbeams, these scales are optimised for weighing valuable liquid goods which can be weighed by wagon as part of a complete train set. Wheel and axle loads and load distribution are monitored as the wagon travels across the scales.
As the user you save precious time and benefit from a high degree of automation, considerably lower error rates and increased scale performance. This is an investment that has already proven its worth for customers such as OMV, Basell and Dynea.
Contact Details
Schenck Process GmbH
Sales Department T
Pallaswiesenstr 100
D-64293 Darmstadt
Germany
Sales Department T
Pallaswiesenstr 100
D-64293 Darmstadt
Germany
Friday, August 3, 2012
uly's top stories: driverless trains, high-speed rail and investment plans
1 August 2012
The past month saw a number of major rail investment plans announced, while several key metro systems moved forward. Railway Technology wraps up the key headlines from July 2012.
South Korea's driverless Uijeongbu LRT line opens
The march of driverless train technology continues apace, the latest example being the new light rail transit line in Uijeongbu, just north of Seoul, in South Korea.
The 11.1km U Line, based on Siemens' VAL (vehicule automatique leger) system, links the eastern part of Uijeongbu with the city centre, with an interchange with Line 1 of Seoul's metro system at Hoeryong.
The 15-station line was built by a South Korean consortium led by GS Engineering & Construction, with Siemens Transportation Systems providing its VAL system and automatic train control features.
Advantages of the line's driverless operation include 20-hour daily operation, as well as high punctuality and train frequency, while the system's rubber tires make for quieter operation when compared to other metro systems.
Amtrak unveils $151bn upgrade plan for the Northeast Corridor
The US has been increasing its investment in rail transport as ridership steadily increases.
The economically important Northeast Corridor(NEC), which links major east coast cities such as Boston, New York, Philadelphia and Washington D.C., is set to receive a particularly hefty financial boost, at least if its operator Amtrak's $151bn upgrade proposal becomes a reality.
Amtrak's investment plan is primarily focused on increasing capacity on the NEC network, along with the introduction of a 220mph next-generation high-speed rail line between New York and Philadelphia, reducing journey times between the two cities to just 37 minutes.
The operator also plans to order 40 more Acela Express passenger cars by 2015 to increase capacity by 40%, as well as doubling the Acela service between New York and D.C.
UK Government to invest $500m on Heathrow rail link
The UK's Department for Transport (DfT) is planning to spend £500m to improve rail links to Heathrow Airport with a new line running from Slough to the UK's busiest air transport hub.
The new line, scheduled for completion in 2021, would stop passengers from the south-west of England and Wales from having to journey into central London to take the Heathrow Express service, potentially reducing journey times by up to 30 minutes.
The project is part of a larger £1.4bn initiative to improve surface access to the UK's airports, including a £44m upgrade to Gatwick Airport rail station.
UK unveils £9.4bn rail investment plan
The UK's High Level Output Specification (HLOS) package is bringing with it £9.4bn in improvements to the rail infrastructure in England and Wales.
Major ongoing projects include Crossrail, Thameslinkand a widespread electrification programme.
£240m will be spent on improvements to the East Coast Main Line, while £322m is being spent on the completion of the 'Northern Hub' rail project in Manchester and Liverpool.
Ottawa Light Rail Transit project gets environmental approval
A potential stumbling block for the $2.1bn Ottawa Light Rail Transit (OLRT) project in Canada has now been cleared thanks to environmental assessment approval from the Canadian Government.
The project has now moved on to the request-for-proposals phase of the project, with three consortia shortlisted to design, build, finance and maintain the project, which would run 12.5km through the city, including a 2.4km downtown tunnel.
Construction is set to begin in 2013.
California governor signs $4.7bn bill for high-speed rail project
After years of debate and doubt, California's high-speed rail venture finally looks to be moving forward with state governor Edmund G. Brown's signing of an initial funding bill for $4.7bn of the project's $68bn estimated total cost.
The first section to be built will run from Merced to the San Fernando Valley, with construction due to start in April 2013.
If all goes well, the full project will create a high-speed line from San Francisco in the north of the state down to Los Angeles in southern California.
China's NDRC approves Hangzhou Metro Line 1 PPP project
A major new metro network in the Chinese city of Hangzhou moved forward with its first metro line, appropriately named Line 1.
This was after the National Development & Reform Commission (NDRC) approved a public-private partnership (PPP) deal with MTR Hangzhou Line 1 Investment and a subsidiary of Hangzhou Metro Group to finish construction, operate and invest in the line for 25 years.
The joint venture between the two companies will share investment responsibilities for the 48km, 31-station Line 1, which is reportedly the first of eight lines planned as part of Hangzhou's ambitious metro system.
Subscribe to:
Posts (Atom)