The Civil Damage for Nuclear Liability Bill, 2010 has been criticised on many grounds (Also click here), including (a) capping liability for the operator, (b) fixing a low cap on the amount of liability of the operator, and (c) making the operator solely liable. We summarise the main principles of civil nuclear liability mentioned in IAEA's Handbook on Nuclear Law: Strict Liability of the Operator: The operator is held liable regardless of fault. Those claiming compensation do not need to prove negligence or any other type of fault on the part of the operator. The operator is liable merely by virtue of the fact that damage has been caused. Legal channeling of liability on the operator: "The operator of a nuclear installation is exclusively liable for nuclear damage. No other person may be held liable, and the operator cannot be held liable under other legal provisions (e.g. tort law)...This concept is a feature of nuclear liability law unmatched in other fields of law." The reason for this has been quoted in the Handbook as:
"...Firstly, it is desirable to avoid difficult and lengthy questions of complicated legal cross-actions to establish in individual cases who is legally liable. Secondly, such channelling obviates the necessity for all those who might be associated with construction or operation of a nuclear installation other than the operator himself to take out insurance also, and thus allows a concentration of the insurance capacity available.”
Limiting the amount of liability: "Limitation of liability in amount is clearly an advantage for the operator. Legislators feel that unlimited liability, or very high liability amounts, would discourage people from engaging in nuclear related activities. Operators should not be exposed to financial burdens that could entail immediate bankruptcy....Whatever figure is established by the legislator will seem to be arbitrary, but, in the event of a nuclear catastrophe, the State will inevitably step in and pay additional compensation. Civil law is not designed to cope with catastrophes; these require special measures." Limitation of liability in time: "In all legal systems there is a time limit for the submission of claims. In many States the normal time limit in general tort law is 30 years. Claims for compensation for nuclear damage must be submitted within 30 years in the event of personal injury and within 10 years in the event of other damage. The 30 year period in the event of personal injury is due to the fact that radiation damage may be latent for a long time; other damage should be evident within the 10 year period." Insurance coverage: "The nuclear liability conventions require that the operator maintain insurance or provide other financial security covering its liability for nuclear damage in such amount, of such type and in such terms as the Installation State specifies....This ensures that the liability amount of the operator is always covered by an equal amount of money. The congruence principle is to the advantage both of the victims of a nuclear incident and of the operator. The victims have the assurance that their claims are financially covered, and the operator has funds available for compensation and does not need to convert assets into cash.
Recently, the Indian Railways announced rationalisation of freight fares. This rationalisation will result in an 8.75% increase in freight rates for major commodities such as coal, iron and steel, iron ore, and raw materials for steel plants. The freight rates were rationalised to ensure additional revenue generation across the network. An additional revenue of Rs 3,344 crore is expected from such rationalisation, which will be utilised to improve passenger amenities. In addition, the haulage charge of containers has been increased by 5% and the freight rates of other small goods have been increased by 8.75%. Freight rates have not been increased for goods such as food grains, flours, pulses, fertilisers, salt, and sugar, cement, petroleum, and diesel. In light of this, we discuss some issues around Railways’ freight pricing.
Railways’ sources of internal revenue
Railways earns its internal revenue primarily from passenger and freight traffic. In 2016-17 (latest actual figures available), freight and passenger traffic contributed to about 63% and 28% of the internal revenue, respectively. The remaining is earned from miscellaneous sources such as parcel service, coaching receipts, and platform tickets.
Freight traffic: Railways majorly transports bulk freight, and the freight basket has mostly been limited to include raw materials for certain industries such as power plants, and iron and steel plants. It generates most of its freight revenue from the transportation of coal (43%), followed by cement (8%), food-grains (7%), and iron and steel (7%). In 2018-19, Railways expects to earn Rs 1,21,950 crore from its freight traffic.
Passenger traffic: Passenger traffic is broadly divided into two categories: suburban and non-suburban traffic. Suburban trains are passenger trains that cover short distances of up to 150 km, and help move passengers within cities and suburbs. Majority of the passenger revenue (94% in 2017-18) comes from the non-suburban traffic (or the long-distance trains).
Within non-suburban traffic, second class (includes sleeper class) contributes to 67% of the non-suburban revenue. AC class (includes AC 3-tier, AC Chair Car and AC sleeper) contributes to 32% of the non-suburban revenue. The remaining 1% comes from AC First Class (includes Executive class and First Class).
Railways’ ability to generate its own revenue has been slowing
The growth rate of Railways’ earnings from its core business of running freight and passenger trains has been declining. This is due to a decline in the growth of both freight and passenger traffic. Some of the reasons for such decline include:
Freight traffic growth has been declining, and is limited to a few items
Growth of freight traffic has been declining over the last few years. It has declined from around 8% in the mid-2000s to a 4% negative growth in mid-2010s, before an estimated recovery to about 5% now.
The National Transport Development Policy Committee (2014) had noted various issues with freight transportation on railways. For example, Indian Railways does not have an institutional arrangement to attract and aggregate traffic of smaller parcel size. Further, freight services are run with a focus on efficiency instead of customer satisfaction. Consequently, it has not been able to capture high potential markets such as FMCGs, hazardous materials, or automobiles and containerised cargo. Most of such freight is transported by roads.
The freight basket is also limited to a few commodities, most of which are bulk in nature. For example, coal contributes to about 43% of freight revenue and 25% of the total internal revenue. Therefore, any shift in transport patterns of any of these bulk commodities could affect Railways’ finances significantly.
For example, if new coal based power plants are set up at pit heads (source of coal), then the need for transporting coal through Railways would decrease. If India’s coal usage decreases due to a shift to more non-renewable sources of energy, it will reduce the amount of coal being transported. Such situations could have a significant adverse impact on Railways’ revenue.
Freight traffic cross-subsidises passenger traffic
In 2014-15, while Railways’ freight business made a profit of about Rs 44,500 crore, its passenger business incurred a net loss of about Rs 33,000 crore.17 The total passenger revenue during this period was Rs 49,000 crore. This implies that losses in the passenger business are about 67% of its revenue. Therefore, in 2014-15, for every one rupee earned in its passenger business, Indian Railways ended up spending Rs 1.67.
These losses occur across both suburban and non-suburban operations, and are primarily caused due to: (i) passenger fares being lower than the costs, and (ii) concessions to various categories of passengers. According to the NITI Aayog (2016), about 77% to 80% of these losses are contributed by non-suburban operations (long-distance trains). Concessions to various categories of passengers contribute to about 4% of these losses, and the remaining (73-76%) is due to fares being lower than the system costs.
The NITI Aayog (2016) had noted that Railways ends up using profits from its freight business to provide for such losses in the passenger segment, and also to manage its overall financial situation. Such cross-subsidisation has resulted in high freight tariffs. The NTDPC (2014) had noted that, in several countries, passenger fares are either higher or almost equal as freight rates. However, in India, the ratio of passenger fare to freight rate is about 0.3.
Impact of increasing freight rates
The recent freight rationalisation further increases the freight rates for certain key commodities by 8.75%, with an intention to improve passenger amenities. Higher freight tariffs could be counter-productive towards growth of traffic in the segment. The NTDPC report had noted that due to such high tariffs, freight traffic has been moving to other modes of transport. Further, the higher cost of freight segment is eventually passed on to the common public in the form of increased costs of electricity, steel, etc. Various experts have recommended that Railways should consider ways to rationalise freight and passenger tariff distortions in a way to reduce such cross-subsidisation.
For a detailed analysis of Railways revenue and infrastructure, refer to our report on ‘State of Indian Railways’.
