Railway Safety: A Hidden Concern in India's Massive Rail Network, Best Sociology Optional Coaching, Sociology Optional Syllabus.

Railway Safety: A Hidden Concern in India’s Massive Rail Network | Sociology UPSC | Triumph IAS

Railway Safety

Railway Safety: A Hidden Concern in India's Massive Rail Network, Best Sociology Optional Coaching, Sociology Optional Syllabus.

Railway Safety: A hidden concern

(Relevant for General Studies Paper | Infrastructure  | Econo| Prelims/Mains)

Railway Safety: A Hidden Concern in India's Massive Rail Network, Best Sociology Optional Coaching, Sociology Optional Syllabus.

Railway Safety: A hidden concern

The Indian Railways safety stands as one of the largest railway networks globally, serving millions of individuals as their primary mode of transportation daily. Data indicates a significant reduction in derailments, the predominant cause of accidents, over the past two decades—from approximately 350 annually at the turn of the millennium to 22 in 2021-22.

Despite this positive trend, tragic events like the one at Bahanaga Bazar railway station in Balasore underscore the imperative for enhanced safety measures and infrastructure. The loss of numerous lives serves as a poignant reminder of the critical need to ensure the railways’ safety for all passengers.

In the aftermath of this incident, there are widespread calls for accountability from railway authorities and a demand to address underlying systemic issues contributing to such accidents. Experts are advocating for preventive measures, including the enhancement of signalling systems and investments in advanced technology to avert similar incidents in the future.

Comparisons with international railway safety systems have been drawn, emphasizing the necessity for India to elevate its infrastructure and safety protocols to match global standards. In summary, this incident has spotlighted the vital significance of guaranteeing the safety and dependability of the Indian Railways for all its users.

Primary Reasons behind Railway Accidents

  • Infrastructure Deficiencies: The railway safety infrastructure, encompassing tracks, bridges, overhead wires, and rolling stock, often exhibits defects stemming from inadequate maintenance, ageing, vandalism, sabotage, or natural calamities. A considerable portion of this infrastructure was constructed in the 19th and 20th centuries and has not undergone upgrades to meet burgeoning demand and contemporary standards. Insufficient funds, corruption, and inefficiency further impede the development and upkeep of the railway system. Additionally, numerous routes operate at over 100% capacity, escalating the risk of accidents due to congestion and overloading.
  • Human Fallibility: Railway safety personnel, tasked with operating, maintaining, and overseeing trains and tracks, are susceptible to human errors caused by fatigue, negligence, corruption, or a lack of adherence to safety protocols. Such errors may manifest in incorrect signalling, miscommunication, speeding violations, or oversight of defects or hazards. The inadequacy of training and communication skills among railway staff further impacts their performance and coordination.
  • Signal Failures: The signalling system, responsible for regulating the movement and direction of trains on the tracks, can experience failures due to technical glitches, power outages, or human errors. Signal malfunctions may lead to trains running on the wrong track, collisions with other trains or stationary objects, or overshooting stations. For instance, the recent train accident in Odisha was purportedly caused by a change in electronic interlocking that was not effectively communicated to the drivers.
  • Unmanned Level Crossings (UMLCs): UMLCs, where railway tracks intersect roads without barriers or signals to control traffic, pose a significant accident risk. Vehicles or pedestrians may fail to notice approaching trains or attempt to cross the track when a train is in close proximity. In the fiscal year 2018-19, UMLCs contributed to 16% of all train accidents in India. While unmanned level crossings on broad gauge routes have been eliminated, there remain manned level crossings that continue to pose a risk of accidents.

Steps taken to reduce railway accidents

  • Rashtriya Rail Sanraksha Kosh (RRSK): A safety fund dedicated to critical assets. Established in the fiscal year 2017-18, it boasts a corpus of Rs 1 lakh crore spread over five years. The fund is allocated for essential safety-related projects such as track renewals, signalling initiatives, bridge rehabilitation, and more.
  • Technological Advancements: Enhancements in the design and features of coaches and wagons. This involves the introduction of Modified Centre Buffer Couplers, Bogie Mounted Air Brake System (BMBS), improved suspension design, and the incorporation of an Automatic Fire & Smoke Detection system in coaches. Additionally, the deployment of KAVACH, an indigenously developed Automatic Train Protection (ATP) system, is part of this initiative.
  • LHB Design Coaches: Adoption of lighter and safer coaches for Mail/Express trains. These coaches, based on German technology, feature superior anti-climbing attributes, fire-retardant materials, higher speed potential, and an extended service life compared to conventional ICF design coaches.
  • GPS-Based Fog Pass Device: A device designed to assist loco pilots in navigating foggy conditions. This GPS-enabled handheld device provides real-time information on approaching landmarks, such as signals and level crossing gates. It also issues loud alerts to the loco pilot when the train is approaching a signal or a level crossing gate.
  • Modern Track Structure: Implementation of robust and durable tracks and bridges. This includes the utilization of Prestressed Concrete Sleepers (PSC), rails with higher Ultimate Tensile Strength (UTS), fan-shaped layout turnout on PSC sleepers, Steel Channel Sleepers on girder bridges, and more.
  • Ultrasonic Flaw Detection (USFD): Adoption of a technique to identify and rectify faulty rails. This non-destructive testing method employs high-frequency sound waves to inspect rails for cracks, defects, or flaws that might lead to derailments or accidents. Faulty rails identified through this process are replaced with new ones.
  • Mechanization of Track Maintenance: Implementation of a system to automate and optimize track maintenance. This involves the use of machines like track tamping machines, ballast regulating machines, dynamic track stabilizers, etc., to conduct track maintenance activities such as tamping, dressing, stabilizing, and more. This reduces human errors, improving track quality and safety.
  • Interlocking System: Introduction of a system to centrally control points and signals. This system employs electrical or electronic devices to operate points and signals from a central location, eliminating the need for manual ground-level operation by staff. This not only reduces the likelihood of human error but also enhances safety.
  • Elimination of Unmanned Level Crossings (UMLCs): Progressive elimination of UMLCs through closures, mergers, manning, or the provision of subways/road under bridges/road over bridges.

Committees recommendations

  • Kakodkar Committee (2012): Establishment of a statutory Railway Safety Authority Creation of a non-lapsable Rashtriya Rail Sanraksha Kosh (RRSK) with a fund of Rs. 1 lakh crores over a period of 5 years for safety-related projects Adoption of advanced technologies for track maintenance and inspection Enhancement of human resource development and management Ensuring an independent accident investigation process.
  • Bibek Debroy Committee (2014): Decoupling the railway budget from the general budget Outsourcing non-core activities Formation of a Railway Infrastructure Authority of India.
  • Vinod Rai Committee (2015): Formation of an independent Railway Safety Authority with statutory powers Establishment of a Railway Accident Investigation Board for conducting impartial and independent inquiries Creation of a distinct Railway Infrastructure Company responsible for owning and maintaining railway assets Introduction of a performance-linked incentive scheme for railway employees.

Railway Safety: A Hidden Concern in India's Massive Rail Network, Best Sociology Optional Coaching, Sociology Optional Syllabus.

What can be done to reduce railway accidents

  • Invest More in Safety-Related Initiatives: Allocate additional funds for track renewal, bridge maintenance, signalling upgrades, and coach refurbishment.
  • Train Employees to Minimize Errors: Provide regular and comprehensive training to railway staff on the latest technologies, equipment, systems, safety protocols, and procedures.
  • Eliminate Level Crossings: Construct Road overbridges (ROBs) or road underbridges (RUBs) to replace both unmanned and manned level crossings.
  • Adopt Advanced Technologies: Install anti-collision devices (ACDs) like Kavach/Train Collision Avoidance System (TCAS), Train Protection Warning System (TPWS), Automatic Train Control (ATC), etc. The implementation of these technologies is underway on certain sections of tracks and needs expansion to cover the entire network.
  • Introduce Performance-Linked Incentives: Implement a reward system for railway staff based on their performance and adherence to safety regulations.

Outsource Non-Core Work: Delegate non-core activities, such as maintaining hospitals and colleges, to private or public sector entities to enhance efficiency and reduce costs.

  • Establish a Statutory Railway Safety Authority: Create a railway safety authority as a statutory body with the authority to set safety standards, conduct safety audits and inspections, enforce accountability and penalties for lapses, and investigate accidents.
  • Conduct Regular Safety Audits and Inspections: Monitor, evaluate, and audit the safety performance of railway staff, infrastructure, and equipment. Enforce strict accountability and penalties for any lapses.
  • Enhance Coordination and Communication: Improve communication and coordination among the railway board, zonal railways, divisions, production units, research organizations, etc., involved in railway operations.
  • Establish a Confidential Incident Reporting and Analysis System (CIRAS): Implement a mechanism, similar to the one developed by a British University, encouraging lower-level staff to report deviations in real-time while maintaining confidentiality. Support this system with the necessary communication and information technology infrastructure to make it accessible and user-friendly for all staff members.
  • Simultaneously, shift the management mindset from a fault-finding and punishment-oriented approach to one that emphasizes shared commitment to railway safety. Focus on correction rather than punishment, actively listening to the voices of staff at all levels.
  • Rethink the Indian Railways Management Service (IRMS) Scheme: Conduct a thorough evaluation of the IRMS scheme and its impact on loyalty, ownership, and safety management. Consider revising or modifying the scheme to maintain a sense of specialization and loyalty towards specific disciplines or departments, promoting a stronger commitment to safety.

Reference The Hindu


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Frequently Asked Questions:

1. Question: What are the primary reasons behind railway accidents in India?

Answer: The primary reasons behind railway accidents in India include infrastructure deficiencies, human fallibility, signal failures, and unmanned level crossings.

2. Question: What is the Rashtriya Rail Sanraksha Kosh (RRSK), and how does it contribute to railway safety?

Answer: RRSK is a safety fund dedicated to critical railway assets, allocated for safety-related projects like track renewals, signalling initiatives, and bridge rehabilitation, aiming to enhance railway safety.

3. Question: Name one technological advancement introduced to improve railway safety in India.

Answer: The introduction of the GPS-Based Fog Pass Device is one technological advancement to assist loco pilots in navigating foggy conditions and enhance safety.

4. Question: What is the significance of establishing a Railway Safety Authority as recommended by the Kakodkar Committee?

Answer: The Railway Safety Authority would set safety standards, conduct audits, enforce accountability, and investigate accidents, ensuring a safer railway system.

5. Question: How can Indian Railways enhance safety through the adoption of advanced technologies?

Answer: Indian Railways Safety can enhance safety by implementing anti-collision devices like Kavach/Train Collision Avoidance System (TCAS), Train Protection Warning System (TPWS), and Automatic Train Control (ATC) across the network.


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META TAGS:

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