Recent discussions surrounding railway accidents in India highlight the ongoing challenges and necessary safety measures to enhance railway safety. Despite a significant reduction in train derailments over the past two decades—from approximately 350 incidents annually at the turn of the millennium to just 22 in 2021-22—tragic events like the recent accident at the Bahanaga Bazar railway station in Balasore underscore the urgent need for improved safety infrastructure.
This incident serves as a grim reminder of the importance of ensuring safety for all railway users. In response, there have been calls for accountability among railway officials and a focus on addressing systemic issues that may contribute to such accidents. Experts suggest that enhancing signaling systems and investing in better technology are crucial steps to prevent future occurrences.
Primary Causes of Railway Accidents
Several factors contribute to railway accidents in India:
- Infrastructure Deficiencies: Many railway infrastructures, including tracks, bridges, and rolling stock, suffer from poor maintenance and outdated designs, often dating back to the 19th and 20th centuries. This inadequacy is exacerbated by financial constraints, corruption, and inefficiency.
- Human Errors: Railway staff may experience fatigue or negligence, leading to mistakes such as incorrect signaling or failure to adhere to safety protocols.
- Signaling Failures: Technical malfunctions or human errors can lead to signaling failures, causing trains to operate on incorrect tracks or collide with other trains.
- Unmanned Level Crossings: These crossings pose a high risk, as vehicles and pedestrians may not be aware of approaching trains. In 2018-19, unmanned level crossings were responsible for 16% of all train accidents in India.
Safety Measures Implemented
In response to these challenges, several safety measures have been introduced:
- National Railway Safety Fund (RRSK): Established in 2017-18 with a budget of ₹1 lakh crore for safety-related projects, including track renewal and signaling upgrades.
- Technological Upgrades: Implementation of advanced designs for coaches and the installation of automatic train protection systems like KAVACH.
- GPS-based Fog Pass Devices: These devices assist locomotive pilots in navigating through foggy conditions by providing accurate distance measurements to landmarks.
- Ultrasonic Flaw Detection: This non-destructive testing method helps identify and replace defective tracks.
Future Recommendations
To further enhance railway safety, experts recommend:
- Increasing investment in safety-related projects.
- Providing regular training for railway employees on the latest safety protocols.
- Replacing unmanned crossings with overbridges or underbridges.
- Establishing a statutory Railway Safety Authority to oversee safety standards and audits.
In conclusion, while there have been improvements in railway safety in India, recent accidents highlight the need for continued efforts to enhance infrastructure, technology, and training to ensure the safety of all railway users.
Source: Reference source