Energy Policies and Pollution Control Technology


The Helsinki district heating system which is based on combined production of heat and electricity was awarded the United Nations Environmental Prize in 1990. This was due to Helsinki's environmentally-friendly energy policy that had received international recognition in various countries like Korea, China, Japan, Canada, England and Russia, which have tried to implement Helsinki's ideas into their own energy production systems. The objective of the energy policy was to provide an economical and safe supply of energy from an environmental perspective. Both the Ministry of Trade and Industry and the Energy Department are responsible for the implementation of energy policies. The energy policies are also a result of cooperation with the governments of other participating Nordic countries. The cooperation in the OECD's International Energy Agency, IEA, OECD's Nuclear Energy Agency, International Atomic Energy Agency (IAEA) and in the United Nations have been important in keeping the Finnish administration informed of the energy policy in other countries and in giving a reference framework for the development of Finnish energy policy measures and targets. One of the central issues in these international cooperations is the topic of pollution problems from energy productions. The Geneva Convention on Long-Range Transboundary Air Pollution was signed in 1979, with the main protocols drawn up on the basis of the framework agreement on SO2 and NOx emissions, which was signed by Helsinki in 1985 and 1980, respectively.

The main responsiblities of the Ministry of Trade and Industry are the coordination and financing of nuclear safety research and administration of the State Nuclear Waste Management Fund which has been established in order to ensure financing of future waste management costs. The state receives its funds from annual fees paid by nuclear power producers like Imatran Voima (IVO) and Industrial Power Company Ltd (TVO). The government also provides funding for energy research and development programs which had estimated to about FIM 285 million in 1994. These programs helped to deviate an effective district heating system.

The implementation of these policies have also led the government to derive a new energy conservation programe. District Heating based on the cogeneration of heat and electricity has evolved into a cost and energy efficient system. The cost for cogeneration are one third-less than the costs of separate generation of heat and electricity. When each building generates its own heat and electricity, the demand for fuel is 152 and the efficiency ratio is only 56%. Cogeneration has also minimized the harmful environmental effects of energy production. Although there has been an increase in energy production and use, the sulfur and nitrogen oxide emissions into the atmosphere have been cut by about two-thirds and a quarter, respectively. The reduction of these gases in the atmosphere is also a result of the sulfur reduction plants and development in techonologies for cutting nitogen oxide emissions. The cogeneration of heat and electricity have also reduced the consumption of fuel. The process which involves the use of waste like condensed water is transmitted through long-distance pipes that make up the district heating trasnmission network.


| District Heating in Helsinki |