Saturday, September 6, 2008

Road Ahead

The committee on Infrastructure headed by the Prime Minister set up in August 2004 has outlined the future highways development programme as under:

  • Completion of balance length of Golden Quadrilateral and Corridors under National Highways Development Project (NHDP) Phase I and Phase II at a cost of Rs. 43,250 crore.
  • Widening of four lanes of 10,000 km of National Highway at a cost of Rs.55,000 crore under NHDP Phase III
  • Widening of two lanes with paved shoulders of 20,000 km of National Highways at a cost of Rs. 24,000 crore under NHDP Phase IV
  • Widening of six lanes of 6,500 km of Golden Quadrilateral and selected stretches of National Highways at a cost of Rs. 22,750 crore under NHDP Phase V.
  • Development of 1,000 km of Expressways at a cost of Rs. 15000 crore under NHDP Phase VI
  • Construction of ring roads, flyovers and bypasses on selected stretches at a cost of Rs. 15000 crore under NHDP Phase VII
  • The Government has approved development and strengthening of 1310 km or roads including 1110 of National Highways in North East under Phase A of the Special Accelerated Road Development Programme at a cost of Rs. 4618 crore. Preparation of Detailed Project Reports (DPRs) for 5122 km under Phase B has also been approved. Further, 1207 km is under consideration.
  • Projects under NHDP in future will be awarded on BOT basis in general and in exceptional cases under normal contract.
  • Project size has been adequately programmed for a length for 100 km or more for investment level of US$ 120 million and more for attracting foreign investors.

National Road Safety Policy

Preamble

  1. The rapid development and expansion of the road network and the increase in number of motor vehicles have led to a substantial rise in levels of both passenger and freight movement. Concomitantly safety related issues have emerged.

  2. The number of road accidents and fatalities have been growing in recent years, which call for concerted and multi-disciplinary preventive and remedial efforts.

  3. As road accidents involve roads, motor vehicles as also the human being, the National Road Safety Policy needs to address on a holistic basis, issues covering road engineering, signage, vehicle design, education of road users and enforcement of traffic safety measures. It is also recognized that regardless of jurisdictions, the Central and State Govts have a joint responsibility in making a dent on the incidence of road accidents and fatalities.

  4. In the light of this, the Govt of India has considered it relevant to frame a draft National Policy on Road Safety covering both preventive and post-accident aspects of Road Safety encompassing initiatives of public policy as well as implementation aspects, as also the responsibilities of various stakeholders.

Externally Aided Projects

Third National Highway Project

A loan agreement was signed in August 2000 with World Bank for Third National Highway Project (LN4559-IN) comprising four- laning of about 477 km of National Highway Sections in the states of Uttar Pradesh, Bihar and Jharkhand. The total amount of the loan is US$ 516 million. This project also includes Pilot Road Corridor Management and Road Safety Works and Institutional Strengthening and Training.

Allahabad Bypass Project

The Allahabad bypass project (ABP) is the development of 84.71 km length of NH-2 from 158 km to 242.71 km including bridge portion. The sanctioned cost is Rs. 1060.49 crore, with the loan assistance of US$ 240 million from the World Bank. The project has been divided into three construction packages and civil works on all packages are in progress. The project is likely to be completed by June 2007.

Lucknow - Muzzaffarpur National Highways Project

The World Bank approved a loan of US$ 620 million from International Bank for Reconstruction and Development (IBRD) for the Lucknow Muzzaffarpur National Highways Project on 21st December 2004.

East -West Corridor Project

The four laning of the 504.60 km Porbandar-Deesa section of the East-West corridor in Gujarat has been taken up at an estimated amount of Rs. 2573.50 crores, of which ADB is financing Rs. 1587 crore (US$ 320 million). The civil work contracts have been awarded in November 2004 and the project is scheduled for completion by December 2007.

National Highway Corridor (Sector-I) Project -EW Corridor

The project with ADB assistance covers 602 km from Chittorgarh in Rajasthan to Orai in U.P. (342 km in Rajasthan, 118 km in M.P. and 142 km in UP). The loan assistance of US$ 400 million was sanctioned from the ADB on 27th January 2004. The project has 12 civil construction packages and all the packages have been awarded. Supervision consultancy has been divided into three packages; contract agreements for the two packages have been signed and letter of award for the remaining one has been issued. The project is scheduled for completion by May 2008.

National Highway Corridor (Sector-II) Projects -NS Corridor

The major component of this project envisages four laning of 566 km of road length on North-South corridor of NHDP Phase-II. The length of 313 km is on Jhansi- Lakhnadon section of NH-26 and 253 km on Hyderabad- Bangalore section of NH-7. The loan of US$ 400 million from the ADB has already been approved. The project is scheduled for completion by December 2008.

Friday, September 5, 2008

ndia 's Largest ever highways project

National Highways Authority of India (NHAI) is mandated to implement National Highways Development Project (NHDP) which is

  • India 's Largest ever highways project
  • World class roads with uninterrupted traffic flow

The National Highways have a total length of 66,590 km to serve as the arterial network of the country. The development of National Highways is the responsibility of the Government of India. The Government of India has launched major initiatives to upgrade and strengthen National Highways through various phases of National Highways Development project (NHDP), which are briefly as under:

NHDP Phase I : NHDP Phase I was approved by Cabinet Committee on Economic Affairs (CCEA) in December 2000 at an estimated cost of Rs.30,000 crore comprises mostly of GQ (5,846 km) and NS-EW Corridor (981km), port connectivity (356 km) and others (315 km).

NHDP Phase II : NHDP Phase II was approved by CCEA in December 2003 at an estimated cost of Rs.34,339 crore (2002 prices) comprises mostly NS-EW Corridor (6,161 km) and other National Highways of 486 km length, the total length being 6,647 km. The total length of Phase II is 6,647 km.

NHDP Phase-III: Government approved on 5.3.2005 upgradation and 4 laning of 4,035 km of National Highways on BOT basis at an estimated cost of Rs. 22,207 crores (2004 prices). Government approved in April 2007 upgradation and 4 laning at 8074 km at an estimated cost of Rs. 54,339 crore.

NHDP Phase V: CCEA has approved on 5.10.2006 six laning of 6,500 km of existing 4 lane highways under NHDP Phase V (on DBFO basis). Six laning of 6,500 km includes 5,700 km of GQ and other stretches.

NHDP Phase VI: CCEA has approved on November 2006 for 1000 km of expressways at an estimated cost of Rs. 16680 crs .

Passage Through India - National Highways of India

Today, the making and upkeeping of roads is one of the country’s most continuous and money-draining tasks. Driven by the ambition to connect the various regions of the country with high quality motorable roads the ministry of surface transport so far has laid down a 52010 km length of national highways in the country distributed over various states.

Motorable roads were built much after the period of the popularization of the automobile both in Europe and in the United States. The experimental version of it surfaced in Germany after World War I in 1922 with the six-mile Ayus highway near Berlin. In 1924, in Rome, the first modern automobile-oriented road, the autostrada, was opened to the use of fast traffic in the environs of the city. Speed was assured through limited access.

In the 1930s, Germany began to build the Autobahns, free-flowing roads with grade separations and limited access, allowing motorists rapid departure from cities. Later Hitler saw great military value in these roads and began to construct a network to reach all Germany’s borders, though it was still incomplete in 1945. Only after World War II did other European countries begin to copy these quintessentially automotive roads.


The network of roads was expanding abroad. Highways of four driving lanes, grade-separations at route intersections, and channelised turns at such intersections came in the ‘40s when limited access was introduced.


In India, too, like other parts of the world, the advent of the automobile found a similarly primitive natural road system that has only over a full century been brought up to the standard called for by automotive travel. The Grand Trunk road by Sher Shah Suri was one of the only few motorable roads in the country. However, Indian road making has gone through a revolution in the last 40-50 years. Continuous expansion, maintenance and improvement have been a part of this revolution. Efforts are now been made to improve the existing National Highways not only by strengthening and rehabilitation of existing assets but also by constructing new roads and bridges over missing links, improvement of low grade sections and widening to 4-lanes. The work of modernization of the system through construction of some expressways is also in progress. Currently, in the 9th Plan, the Ministry of Surface Transport outlines a massive of job of nation building. It would decide the phased removal of deficiencies in the existing NH network in tune with traffic needs for 10-15 years with emphasis on high-density corridors for four laning. It would bring in highway-user oriented project planning in identifying package of project section-wise rather than isolated stretches. Also, greater attention would be given to the rehabilitation and reconstruction of dilapidated bridges for the safety of the traffic. Along with the modernization of road construction technology for speedy execution and quality assurance, there would be continuous efforts in engineering measures to improve road safety and conservation of energy. However, perhaps the most noteworthy objective is integrating the development plans with Railways and other modes of transport. North eastern region would be the first to reck on with this objective.

Now, to be a little futuristic, India plans to experiment with rubber roads. Or a step further, India might begin something on the line of Canada’s all-weather road to the Arctic Ocean.


However, all these ambitious planning falls back on funding support. Development work on the National Highways is currently done through budgetary support. To improve the position of availability of funds, steps are being taken in this direction. Cess on petrol and diesel has been levied to make funds available for Highway infrastructure development. Funds are also obtained from externally funding agencies like World Bank. Asian development Bank, OECF etc. for projects in the Highway sector. Amendments have been made in the National Highway Act to encourage private sector participation in funding of road projects on BOT (Build-Operate and Transfer) basis.


The rich variety of traffic in Indian road personifies the ethnic diversity of the country. People from all walks of life come together and pursue their destination everyday.


A quiet meander of a road, which starts its journey on the sultry sea board sometimes, peters out beside a mountain meadow or dried-up expanse of Rajasthan. How about imagining a journey on an Indian road where there are a few petrol stations, a couple of temples, a traffic light, and then suddenly nothing but the open prairie! Imagine a blue sky which is lined with geese heading to their destination. All around, the land is so flat and the light so cunning that it appears to ripple like an ocean. Only the grazing cattle and the regular geometry of power lines and telephone poles persuade the driver otherwise.


When a motor vehicle hits a criss-cross, one road runs into another road, which itself would eventually run into another road. Thanks to the labours of hundreds of barely noticed folk, the potential journey through any stretch of Indian land is endless and eternal.


However, these journeys through Indian roads begin to change rapidly with the flood of new cars. The revolution of the road would repeat the American experience. Rising levels of automobile ownership after the war led to patterns of residential suburbs and outlying shopping centres in the 1930s in America. This enlargement of the market for cars caused major restructuring of automobile manufacturing, largely ending the era of the special car for the wealthy.


In the United States, the earlier creation of a mass market for automobiles meant that urban roads were crowded with cars by the 1930s. It was this demand rather than military objectives that led to the “superhighway.” Massachusetts, New York, New Jersey, Pennsylvania, Illinois, and California were leaders in this effort.


The dominant role of the automobile in Indian transportation has arisen despite a transportation has arisen despite a transportation infrastructure that is not at all conducive to such an outcome. However, this is also subject to change in time to come.

Department of Road Transport & Highways

An apex organisation under the Central Government, is entrusted with the task of formulating and administering, in consultation with other Central Ministries/Departments, State Governments/UT Administrations, organisations and individuals, policies for Road Transport, National Highways and Transport Research with a view to increasing the mobility and efficiency of the road transport system in the country.

The Department has two wings: Roads wing and Transport wing

Roads wing

Ø Deals with development and maintenance of National Highway in the country.

Main responsibilities:

The Department is responsible for:

  • Planning, development and maintenance of National Highways in the country.
  • Extends technical and financial support to State Governments for the development of state roads and the roads of inter-state connectivity and economic importance.
  • Evolves standard specifications for roads and bridges in the country.
  • Serves as a repository of technical knowledge on roads and bridges.

Transport wing

Ø Deals with matter relating to Road Transport.

Main responsibilities:

The Department is responsible for:

  • Motor Vehicle legislation,
  • Administration of the Motor Vehicles Act, 1988
  • Taxation of motor vehicles,
  • Compulsory insurance of motor vehicles,
  • Administration of the Road Transport Corporations Act, 1950,
  • And promotion of Transport co-operatives in the field of motor transport.
  • Evolves road safety standards in the form of a National Policy on Road Safety and by preparing and implementing the Annual Road Safety Plan.
  • Collects, compiles and analyses road accident statistics and takes steps for developing a Road Safety Culture in the country by involving the members of public and organising various awareness campaigns.
  • Provides grants-in-aid to Non-Governmental Organisations in accordance with the laid down guidelines.


India Rapid Transit system

India also has two rapid-rail systems and a third in the planning stage. The most advanced is the world-class metro system in Calcutta that opened in 1984 and carried 50,000 passengers daily in 1992-93. It uses Indian-made subway cars that run on the initial ten kilometers of what will be a 16.5 kilometer-long, seventeen-station (eleven stations were in service in 1995) route scheduled for completion in 1995. Plans for more than sixty additional kilometers are on the books. Calcutta is also served by a seventy-seven-kilometer-long tramway network, which is to be phased out because of large annual losses despite a government subsidy. In 1992 Calcutta Tramways started running more reliable buses on some routes.

Rapid transit systems are also in operation or being planned for Madras and New Delhi. Highways in India - Chennai : The Madras system opened 8.5 kilometers--of a planned 21.7 kilometers--of single-track service in 1991, using broad-gauge Indian Railways electric multiple-unit vehicles. When completed in 2011, the New Delhi system, in the planning stages since the late 1980s, will include some 220 kilometers of underground and elevated track and a light-rail system of 300 kilometers. In 1994 the Ministry of State for Surface Transport tendered bids for the first phase, a 167-kilometer elevated high-speed tram system to operate on nine corridors throughout the National Capital Territory of Delhi. Bombay is served by a suburban rail network that began operation in 1992.