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Chennai Metro Rail Under Construction

CMRL - CHENNAI METRO RAIL Official website link

The Chennai Metro Rail is a rapid transit system in Chennai, Tamil Nadu, India. The Phase I of the project consisting of two corridors covering a length of 45.1 km is under construction. The elevated section of the project is scheduled to be operational by 2013 and the entire project is scheduled to be completed by the financial year 2014-2015. About 55% of the corridors in Phase I is underground and the remaining is elevated.

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TBM (Tunnel Boring Machine) Being Readied to Break Wall at Nehru Park

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The Concreting work for a part of base slab casting started today 07-05-12 at Nehru Park which is getting ready for launching of the TBM(tunnel boring machine).During the base slab casting work , Concreting has to be done at one continuous stretch without any break. It is to be noted that the starting of the base slab casting today is a milestone event.

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Metro Work near Chennai Airport at full swing...
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Looks of all new Metros are awesome. Kolkata metro sux big time in this dept.
 
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Looks of all new Metros are awesome. Kolkata metro sux big time in this dept.

Friend the reason is - Kolkata metro was the first such form of transportation in India, opening it's commercial services long back in 1984!!!, currently they are constructing another four lines and I believe that will match to any modern metro rail system...

Below is the new coach of Kolkata Metro


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Jammu - Udhampur

Electrification of Jammu Pathankot railway track in full swing Lastupdate:- Sun, 29 Apr 2012 18:30:00 GMT GreaterKashmir.com
Jammu, Apr 28: Electrification of the Jammu-Pathankot railway track is all set to be completed by December this year, officials said.
He said Detailed Project Report for the electrification of Jammu-Udhampur railway track has been completed and it has been approved by the Central Government.
“The electrification of the track will be completed by year 2014,” he said.

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Chugging along on the wheels of change
As a retired professor of History and Senior Scholar in the Department of History, University of Manitoba, Canada, Ian Kerr has chosen to delve deep into the history, evolution, and the development of the Railways in India. Though essentially a British legacy, the Indian Railways came into its own after Independence, mapping a new course for itself and becoming the country’s lifeline as well as a massive public sector monolith, providing employment to about 15 lakh people.

The research that has gone into the book is courtesy the Institution of Civil Engineers, London, and the photographs come from the Indian Railway Fan Club.

When the British came to rule India and found travel and communications so difficult, they decided to lay the foundations of what promised to be one of the world’s largest railway networks. For the British, it was essentially to connect the major cities, the ports, to make administration easier, and to reach the hill stations for their summer vacations. So those were the routes or destinations that got connected.

Construction of railroads in India began in 1850. Experiment and load testing trains came over, and finally, on Saturday, April 16, 1853, the first train was run officially in the country, transporting a large group of dignitaries along the 21 mile track that connected Bombay (now Mumbai) with Thana (Thane). The launch was marked by a 21-gun salute for the departure of the first train. After prolonged debates and discussions, the British opted to go in for the Great Indian Peninsula Railway and the East Indian Railway to build a rail network. In 1853, Governor General Lord Dalhousie laid out a comprehensive plan for the development of the trunk lines.

His objectives were clear and simple: Maximise political and commercial advantages along specific routes, and construction of subordinate lines. The construction was to be taken up by private companies “formed in and directed from England,” under the general control of the Government of India.

The Great Indian Mutiny of 1857 posed a serious challenge, but was overcome the very next year for the works to continue. The British presence in railroad construction was “crucial but small” — roughly 500 people in 1861. They could find skilled labour in India, and people who were better suited and adaptable to the weather conditions and the terrain they had to work in. Technology transfer held the key. Soon the construction work got into the difficult stretches — the ghat sections. Work on the Bhore Ghat Incline was an accomplishment by itself, taking almost 8 years of arduous work. Then came the equally challenging mountain railways to Ooty and Shimla. Construction of tunnels and long bridges was a necessity in India, and easily executed too, with the experience the workers gained in every project.

National asset

With Independence, the purpose and the drive of the Indian Railways changed. Though the British were more in favour of letting private companies manage and run the railway systems in different regions of the subcontinent, Independent India decided that the Indian Railways was a “national asset” as Jawaharlal Nehru called it, and decided to keep it in the public sector. The railways then became an engine of change and development, in much larger measure than under the British. The goal was clear, from Kashmir to Kanyakumari, it was the railways that should link the country and unite it.

Construction of new lines began in a major way and the development of public sector iron and steel plants helped this process. All this led to job creation across the country and a full-fledged development of the hinterland wherever a new railway line was built.

In more recent decades, the development of Konkan Railways can be cited as an illustration of the development agenda. Despite the high costs, the Government of India, with the help of the States in the region, decided to go ahead with the construction of this massive rail link along the western coast that would provide a direct connection from Kerala and Karnataka to Goa and Maharashtra. Unfortunately, the full benefits of this project have not yet been realised.

Given the huge costs involved in the development of Railways, the Centre came up with a cost-sharing formula with the States. Roughly it was a 2:1 ration, which some States even bettered to ensure early completion of projects. All new lines, suburban sectors, and the Metro railways have all been built under this understanding.

What has somewhat vitiated this huge development seems to be the politics. Regional parties came to occupy a critical role in the era of coalition politics and governance and they demanded and got key portfolios, including the Railways. This meant that priorities changed depending on who was the Railway Minister at the time. Zonal Railways were sanctioned and operationalised to satisfy the aspirations and promises of these parties and ministers. The larger picture and a nationalistic approach to the development and management of Indian Railways may have been lost in this process. But whatever happens, the Railways will remain the lifeline of India. Despite the growth of Civil Aviation and the mushrooming of airlines, the demand for passenger trains has only increased and people are still unable to get tickets in the trains of their choice unless they book well in advance. It is perhaps in the movement of goods and commodities that the Railways has not been able to meet the challenge of the surface or road transport, which has become cheaper, quicker, and easier.
The Hindu : Arts / Books : Chugging along on the wheels of change
Very informative article.:tup:

Chugging along on the wheels of change
As a retired professor of History and Senior Scholar in the Department of History, University of Manitoba, Canada, Ian Kerr has chosen to delve deep into the history, evolution, and the development of the Railways in India. Though essentially a British legacy, the Indian Railways came into its own after Independence, mapping a new course for itself and becoming the country’s lifeline as well as a massive public sector monolith, providing employment to about 15 lakh people.

The research that has gone into the book is courtesy the Institution of Civil Engineers, London, and the photographs come from the Indian Railway Fan Club.

When the British came to rule India and found travel and communications so difficult, they decided to lay the foundations of what promised to be one of the world’s largest railway networks. For the British, it was essentially to connect the major cities, the ports, to make administration easier, and to reach the hill stations for their summer vacations. So those were the routes or destinations that got connected.

Construction of railroads in India began in 1850. Experiment and load testing trains came over, and finally, on Saturday, April 16, 1853, the first train was run officially in the country, transporting a large group of dignitaries along the 21 mile track that connected Bombay (now Mumbai) with Thana (Thane). The launch was marked by a 21-gun salute for the departure of the first train. After prolonged debates and discussions, the British opted to go in for the Great Indian Peninsula Railway and the East Indian Railway to build a rail network. In 1853, Governor General Lord Dalhousie laid out a comprehensive plan for the development of the trunk lines.

His objectives were clear and simple: Maximise political and commercial advantages along specific routes, and construction of subordinate lines. The construction was to be taken up by private companies “formed in and directed from England,” under the general control of the Government of India.

The Great Indian Mutiny of 1857 posed a serious challenge, but was overcome the very next year for the works to continue. The British presence in railroad construction was “crucial but small” — roughly 500 people in 1861. They could find skilled labour in India, and people who were better suited and adaptable to the weather conditions and the terrain they had to work in. Technology transfer held the key. Soon the construction work got into the difficult stretches — the ghat sections. Work on the Bhore Ghat Incline was an accomplishment by itself, taking almost 8 years of arduous work. Then came the equally challenging mountain railways to Ooty and Shimla. Construction of tunnels and long bridges was a necessity in India, and easily executed too, with the experience the workers gained in every project.

National asset

With Independence, the purpose and the drive of the Indian Railways changed. Though the British were more in favour of letting private companies manage and run the railway systems in different regions of the subcontinent, Independent India decided that the Indian Railways was a “national asset” as Jawaharlal Nehru called it, and decided to keep it in the public sector. The railways then became an engine of change and development, in much larger measure than under the British. The goal was clear, from Kashmir to Kanyakumari, it was the railways that should link the country and unite it.

Construction of new lines began in a major way and the development of public sector iron and steel plants helped this process. All this led to job creation across the country and a full-fledged development of the hinterland wherever a new railway line was built.

In more recent decades, the development of Konkan Railways can be cited as an illustration of the development agenda. Despite the high costs, the Government of India, with the help of the States in the region, decided to go ahead with the construction of this massive rail link along the western coast that would provide a direct connection from Kerala and Karnataka to Goa and Maharashtra. Unfortunately, the full benefits of this project have not yet been realised.

Given the huge costs involved in the development of Railways, the Centre came up with a cost-sharing formula with the States. Roughly it was a 2:1 ration, which some States even bettered to ensure early completion of projects. All new lines, suburban sectors, and the Metro railways have all been built under this understanding.

What has somewhat vitiated this huge development seems to be the politics. Regional parties came to occupy a critical role in the era of coalition politics and governance and they demanded and got key portfolios, including the Railways. This meant that priorities changed depending on who was the Railway Minister at the time. Zonal Railways were sanctioned and operationalised to satisfy the aspirations and promises of these parties and ministers. The larger picture and a nationalistic approach to the development and management of Indian Railways may have been lost in this process. But whatever happens, the Railways will remain the lifeline of India. Despite the growth of Civil Aviation and the mushrooming of airlines, the demand for passenger trains has only increased and people are still unable to get tickets in the trains of their choice unless they book well in advance. It is perhaps in the movement of goods and commodities that the Railways has not been able to meet the challenge of the surface or road transport, which has become cheaper, quicker, and easier.
The Hindu : Arts / Books : Chugging along on the wheels of change
Very informative article.:tup:
 
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Finally, a decent toilet

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A bio-digester fitted on to an Indian Railways coach. Bio-digesters are likely to be mass-produced.

A leap in toilet technology, courtesy DRDO, can bring about the sanitation revolution India needs.

The energetic minister for Rural Development, Jairam Ramesh, thinks India’s defence scientists, who have been praised sky-high for the launch of Agni V, should get their act together on the ground as well: They should solve the toilet problem in villages of Odisha near Dhamra port, close to the launch sites of Wheeler Island, Chandipur and Balasore.

The defence scientists have been quick to respond to the call by offering a bio-digester technology that could be deployed to fabricate eco-friendly toilets.

The tradition is already in place. Former President, and ‘missile man’ A.P.J. Abdul Kalam, for over a decade, tried hard to popularise the spin-offs of the country’s ambitious missile programme.

He often narrated the story of how composites (lightweight, corrosion-free material) used in the nose tip of Agni, are also useful in fabricating light-weight boots that provide relief to the polio-affected and accident victims.

As chief of the Defence Research and Development Organisation (DRDO), he formulated at least 10 initiatives to serve the common man as spin-offs of the defence technologies under a societal mission programme. These included pacemakers, titanium implants, lightweight boots, bullet-proofing of vehicles, etc.

When Jairam Ramesh made his sharp comments in Odisha, he must have been aware of these efforts. But as Rural Development — and earlier Environment and Forests — Minister he would have seen a good part of rural India and must be alive to the woeful inadequacies and desperate need for basic amenities.

It is no secret that women in several small hamlets have to sometimes wait till sunset to answer the call of nature. It has now been decided that the Rural Development Ministry will install at least 1,000 bio digester toilets along the 90-km Jhamjhadi-Dhamra stretch in Odisha under a pilot project over the next decade.

To start with, six twin-bio digester toilets based on DRDO technology were launched in Dhamra at the end of June.

The bio-digester is a spin-off technology product developed by scientists from the DRDE, Gwalior, and Defence Research Laboratory (DRL), Tezpur, to treat biological wastes of soldiers serving in the high altitudes of Ladakh and Siachen.

ECO-FRIENDLY PROCESS

“The bio digester-based toilet has already found its way into railway coaches, tourist buses, small homes and is to be extensively set up in Lakshadweep islands over the years. It has the potential to be used in all terrains — plains, deserts and marshy lands”, said V.K. Saraswat, present chief of the DRDO.

To meet the growing demand, the DRDO has licensed the patented technology to at least 50 companies to build eco-friendly toilets that could be called E-Loos. Many of these firms are involved in the fabrication of the ‘no flush’ toilet version which, according to estimates, would cost around Rs 15,000 at present. The technology helps turn human waste into biogas and odourless compost.

The process is eco-friendly. The gas generated can be used for energy and cooking. The process involves tapping bacteria which feed on the faecal matter inside the bio digester tank and degrade it to be released as methane gas.

The DRDO says it has two categories of bio digesters; one made up of metal for soil-bound regions. The other is made up of metal, fibre re-inforced plastic (FRP) and poly urethane foam (PUF) for temperature regulation for glaciers.

While metal bio digesters maintain required temperatures by geothermal and microbial heat, temperature controlled types are heated by energy from solar photovoltaic cells.

PUSH FROM RAILWAYS

A major push to civilian application of the bio digester came from the Indian Railways. At the request of the Research Design and Standards Organisation (RDSO), Lucknow, the DRDE designed a customised toilet for railway coaches. The single toilet bio-digester has been fitted in at least eight long-distance trains.

Made of stainless steel, it is rectangular in shape and does not require any special maintenance, except routine cleaning. It has two basic chambers, one for biological and the other for chemical treatment. The combination of these two treatments results in odourless effluent for safe discharge.

According to the 2012-13 Railway Budget, 10,000 bio toilets based on the DRDO bio digester technology would be installed.

Under request from the Planning Commission, the DRDO has customised the bio-digester to treat human waste for a family of 4-6 members for the coastal areas, Union Territories and different islands.

Lakshadweep has firmed up orders to purchase 12,000 bio-toilets for the entire island population. When completed, it could become the first island/UT to adopt a sewage disposal system based on biological treatment of human waste.

Vast sections of people in a country of around 1.2 billion have no access to toilets. Sewerage systems and sanitary operations, besides safe drinking water, are woefully inadequate.

The impact of these shortfalls is a severe crisis on the health front, leading to avoidable deaths, productivity loss in people and a big dent in the country’s economy as a whole.

The DRDO has joined hands with the Federation of Indian Chambers of Commerce and Industry (FICCI) under an Accelerated Technology Assessment and Commercialisation programme to identify technologies that can be tailored to solve problems faced by the common man and involve the private sector.

BILL GATES’ ROLE

If one looks at the history of toilets, it’s interesting to find that King Minos of ancient Crete was the first to have a flushing water closet. Variations of toilets can be found at Mohenjadaro-Harappa, at Rome and China.

However, the first patent for a flushing water closet was issued to Alexander Cummings in 1775.

Innovations in toilets got global attention recently when the Bill & Melinda Gates Foundation unveiled the ‘reinvent the Toilet fair’ at Microsoft’s Seattle campus.

Bill Gates’ push for designing the future loo to improve global sanitation, especially in developing countries, saw some exciting designs on display.

The winner of the $100,000 prize out of 28 designs was from the California Institute of Technology which designed a toilet based on solar power, generating hydrogen and electricity as well. The Gates Foundation has committed $370 million to its future toilet initiative and hopes to field-test the prototypes within three years.

The challenge before the DRDO and the Ministry of Rural Development led by Jairam Ramesh would be to enthuse the private sector to mass-produce these eco-friendly loos.

It will be a daunting task but well worth the challenge, if India has to emerge as a global economic powerhouse.

The DRDO can only claim modest success of its earlier spin-off technologies on a commercial scale. With a string of 50 national labs at its disposal, this innovation perhaps holds out the opportunity to win the confidence of the private sector and the public.
 
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Removing the dead to make a living on Mumbai's rails

[video]http://i1.tribune.com.pk/wp-content/uploads/2012/09/434803-traintracksindiamumbaiAFP-1347344610-258-640x480.jpg[/video].

6000 people die a year on the train tracks of Mumbai; some crossing them, others while committing suicide. PHOTO: AFP
MUMBAI: Ravi was seven when he ran away from home, taking a train from north India to the fabled metropolis of Mumbai.
More than 25 years later he is still at the platform, his life far from what he had in mind when he arrived: dealing with the dead as a way to make a living.
Removing bodies from the city’s creaking rail network, his is a gruesome task but he is desperate enough to do it.
Most are killed trying to cross the tracks — 6,000 a year die this way in Mumbai, according to one government study. A few commit suicide or fall onto the rails, others are hit by trackside poles as they hang out of overloaded trains.
The bodies can be so badly mutilated that it helps to get high first, explained Ravi.
“We sniff before we pick up the bodies, otherwise we wouldn’t be able to do it,” said the slight 35-year-old, who inhaled on a tatty cloth doused in addictive cleaning fluid even while he talked to AFP.
Sitting in an empty train coach within the grand neo-Gothic CST station, Ravi said he sniffed through three small bottles of the fluid every day, each costing three US cents and meant for cleaning office equipment.
Other platform dwellers drifted past as he spoke, also seemingly intoxicated.
Day-to-day they live off unofficial porter work, scraping by on passengers’ tips and doing odd jobs for the authorities.
But on occasions when a body or wounded person is spotted on the tracks near CST, station officials alert them to the unenviable task that can double their meagre daily income.
The men explained how they move victims from the tracks by stretcher, sometimes carrying them as far as a local hospital for inspection before their final journey to the mortuary — aside from those still alive.
“I used to get scared but now it’s a kind of habit,” Ravi said.
In return, these “stretcher coolies” each get around 100 to 150 rupees (two to three dollars).
Such arrangements exist in various parts of the country, in “almost a symbiotic relationship” between railway authorities and platform dwellers, said Mrinalini Rao, former head of the Railway Children charity in India.
An official report in February estimated that almost 15,000 people are killed every year as they trespass unlawfully on India’s rail tracks, which lack proper safety and fencing — a figure the government described as a “massacre”.
About 6,000 of the deaths occur on Mumbai’s suburban network alone, the report said, while the city’s railway police figures show more than 2,310 deaths on the tracks so far this year.
The statistics show that willing body movers across the city are crucial.
In return for their help, officials “turn a blind eye to youth on the railways and they get to live on the premises,” Rao said.
V.A. Malegaonkar, chief spokesman for the Central Railway zone that operates CST, said they did have untrained “nominated coolies” at long-distance stations to help the police in stretcher duties.
“Their help is enlisted to transfer victims from the spot to the ambulance,” he said, adding that it was “very rare” the coolies would carry them all the way to the hospital.
But he doubted any link between the job and permission to live there.
“We certainly do not encourage people to stay on the railway premises, but in Mumbai and India as a whole, the railway station is always seen a very safe place for the common man,” he said.
“But I wouldn’t like vagrants and other people to make the railway platform their permanent home.”
Life is not what Ravi envisaged when, like countless other runaway children with small change and big dreams, he arrived in India’s financial capital and the home of Bollywood.
Surviving on leftover scraps at the station, he was picked up by police and put into a children’s home. A year later his brother came and took him out, and he lived in other parts of Mumbai before returning to life by the tracks.
“My addictions, my friends and my habits made me come back,” he said.
Thousands of children still arrive at the city’s stations every year, although figures are hard to record. Rao estimates 10 to 20 reach Mumbai every day.
Girls are often quickly swallowed into trafficking rings or drift into a life of prostitution, which is why it is largely males seen around the tracks.
In order to help them, early intervention is key: charities tend to focus on the recent arrivals who are not yet entrenched in street life and a cycle of addiction, violence and sex abuse.
Once they reach Ravi’s age, it is harder to get help.
“Recognising the vulnerability of children is not rocket science. They evoke sympathy and empathy and people want to reach out,” said Rao.
Less recognised are the risks facing over 18s, who remain “highly vulnerable” in their early twenties and need continued support and mentoring, as well as an education, to be successfully rehabilitated, she said.
“Is enough being done? Certainly not.”
Resting on another platform was Harish, aged 20, who said he ran away from home 14 years ago because his family beat him. He too now sleeps rough at the station and has been moving bodies for years.
“We don’t feel right living this way but now we’re used to it,” he said. “If we got some support to do better in life, we would leave.”
 
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Anti-collision trial of trains successful

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The Indian Railways successfully tested a path-breaking technology called Train Collision Avoidance System (TCAS), about 150 km from Hyderabad, on Tuesday.

The TCAS technology, based on a combination of GPS and Radio Frequency enabled technology, applies brakes without the intervention of the loco (train) pilots once it detects another locomotive on the move or stationary on the same track and avoids collision. The technology includes installation of some electronic gadgets on the trains, in the stations and along the tracks.

A host of railway officials led by Chairman of the Railway Board Vinay Mittal, Member (Electrical) Kul Bhushan and Director General of the Research Designs & Standards Organisation (RDSO), Lucknow, V. Ramachandran watched the successful trial of the TCAS. The technology is jointly developed by RDSO of the Railways and Hyderabad-based private firm HBL Power Systems Ltd.

The test was conducted by running two trains, fitted with modified and most advanced TCAS technology equipment, in the opposite directions on the same track at 60 kmph and with a train coming from behind into a stationary one between Mantatti and Navandgi stations.

Both the trains screeched to a halt at a distance of about 200 metres as the officials watched the moment with bated breath. Smiles broke out as the efficacy of the new technology proved in the trial. Interestingly, all the senior railway officials were sitting in the moving train which approached the stationary one from behind.

Speaking to The Hindu, Mr. Mittal said: “It is a path-breaking technology and we will complete all the trials within a year. The TCAS has more capabilities than the technologies being used in many advanced countries.” The test was absolutely successful, he said in joy. Mr. Ramachandran said the technology with some limited options would be introduced in some sections within six months.

Sources stated that the TCAS would not only help avoid collisions due to human errors in signalling and invisibility of signals due to heavy rain or fog, but alerts about fire on trains and warns about damage to the tracks during natural calamities or sabotage.
 
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Anti-collision trial of trains successful

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The Indian Railways successfully tested a path-breaking technology called Train Collision Avoidance System (TCAS), about 150 km from Hyderabad, on Tuesday.

The TCAS technology, based on a combination of GPS and Radio Frequency enabled technology, applies brakes without the intervention of the loco (train) pilots once it detects another locomotive on the move or stationary on the same track and avoids collision. The technology includes installation of some electronic gadgets on the trains, in the stations and along the tracks.

A host of railway officials led by Chairman of the Railway Board Vinay Mittal, Member (Electrical) Kul Bhushan and Director General of the Research Designs & Standards Organisation (RDSO), Lucknow, V. Ramachandran watched the successful trial of the TCAS. The technology is jointly developed by RDSO of the Railways and Hyderabad-based private firm HBL Power Systems Ltd.

The test was conducted by running two trains, fitted with modified and most advanced TCAS technology equipment, in the opposite directions on the same track at 60 kmph and with a train coming from behind into a stationary one between Mantatti and Navandgi stations.

Both the trains screeched to a halt at a distance of about 200 metres as the officials watched the moment with bated breath. Smiles broke out as the efficacy of the new technology proved in the trial. Interestingly, all the senior railway officials were sitting in the moving train which approached the stationary one from behind.

Speaking to The Hindu, Mr. Mittal said: “It is a path-breaking technology and we will complete all the trials within a year. The TCAS has more capabilities than the technologies being used in many advanced countries.” The test was absolutely successful, he said in joy. Mr. Ramachandran said the technology with some limited options would be introduced in some sections within six months.

Sources stated that the TCAS would not only help avoid collisions due to human errors in signalling and invisibility of signals due to heavy rain or fog, but alerts about fire on trains and warns about damage to the tracks during natural calamities or sabotage.

Sad but truth is that successive railway ministers from lalu to mamta wheren`t interseted in promoting/using it with IR. and they always found some excuse to reject it. It was rumored in Rail bhawan in delhi that some foregin firm related to railway technology wanted to sell its signal technology to IR and india babus are busy finding reason and resorces(= money) to buy it
 
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An inside view of modern coach 'Anubhuti' with good ambience at a railway coach care centre, in New Delhi on Thursday. The coach, to be introduced soon, will provide higher travel comforts to passengers. Railways has proposed to introduce a modern coach 'Anubhuti' with good ambience in Shatabdi and Rajdhani trains phase-wise, providing higher travel comfort to passengers.



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