From Late 2012:
Ever increasing demand for electricity, due to increased consumption, industrial development and electrification, will have to be met by the Sri Lankan electricity industry. Ceylon Electricity Board has a long term generation plan, which mainly focuses on coal power. Despite the massive environmental pollution, it is not wise to depend only on coal power since coal resource is also a limited conventional resource. Therefore a country like Sri Lanka should have a good mixture of energy options for electricity generation rather than adhering to one conventional energy source as coal.
Aim of this study is to investigate the possibility of adopting Nuclear Power option to Sri Lanka. Due to the limited capacity of the current electricity network to absorb an economic scale nuclear power plant, the consideration was made for the year 2020, by which time the electricity network capacity will be large enough. An interesting fact is that some countries smaller in size than Sri Lanka successfully adopted nuclear power plants for their electricity generation. Hence this study could be considered as timely.
The study focuses on following facts; ."¢
1. Future demand and generation of Sri Lanka up to year 2020
2. World status of the Nuclear Power Plants and Technology
3. Pre-feasibility study - Technology
4. Pre-feasibility study - Economics
5. Pre-feasibility study - Site Survey
6. Pre-feasibility study - Environmental Impact Assessment
The technological pre-feasibility study addresses suitable type and size of a nuclear power plant for Sri Lanka. Thereby the CANDU technology is discussed which is adopted mainly in India and Canada.
In economic pre-feasibility study, the Leve1ized Unit Electricity Costs were calculated for the nuclear power plant as well as for the coal power option. As per the calculation unit electricity cost for the nuclear option seems to be slightly higher than from the oal option at current market conditions. Also a sensitivity analysis was done
considering the changes in fuel cost and it shows that nuclear power unit cost dependency on fuel price is very much less than that of coal option. Under the economics, the possible initial financing methods for a country like Sri Lanka are also discussed.
For the site survey, author proposes 9 locations for initial consideration. Screening to
select final sites, should be done by the authority that is responsible for feasibility study. The main criteria for selecting these sites were population density, cooling water availability, and land availability. The selected sites should also have minimum
impact on the environment.
Existing local regulations and international obligations as well as required local regulations for setting up a nuclear power plant are also discussed in this document. Especially the adaptation of International Atomic Energy Agency (IAEA) safeguard
system is elaborated.
The worst nuclear power plant accident in the world history is analyzed to have a clear picture on the possible maximum damage in case of a major accident, even though the probability of occurrence of such a disaster is extremely low. India, the closest neighbor country of Sri Lanka, is increasing nuclear power share drastically and some nuclear power plants are being built near to Sri Lanka. A complete information regarding the locations of Indian nuclear power plants are also discussed.
For the formidable question, "In case of a nuclear accident, can Sri Lanka bear it?", the most common answer will be "NO!". It is not possible to rule out accidents. On the other hand, as the conventional fuels deplete and their prices escalate, the only long term sustainable and dependable energy source is nuclear. Renewable sources
such as solar, wind, hydro etc are either limited in availability or economically unviable as a standalone supply source. Unless there is an economically competitive supply of energy, any country will not be able to provide its services at an acceptable
price and thereby will become economically bankrupt. Thus the recommendation conceived from this project is "Study the subject of nuclear power at national level and be cautiously ready to implement nuclear power projects at an appropriate stage in the future to come"
