## Abstract The Vistula (Wisla) river, the biggest river in Poland, is 1038 km long and has a drainage area of 168 689 km^2^. The river is strongly polluted by wastewaters. Big industrial plants are situated mainly in the upper part of the river, where it is slowβflowing. This paper presents the re
Control of the nutrient pollution discharge from the Vistula River Basin in Poland
β Scribed by Bernt Ericsson; Bengt Hallmans
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 728 KB
- Volume
- 98
- Category
- Article
- ISSN
- 0011-9164
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β¦ Synopsis
This paper is based on a pre-feasibility study of the Vistula River Basin and Baltic Coast of Poland, financed by the World Bank and prepared by the SWECO-COW1 consult -VKI Vistula Joint Venture in association with the Polish consulting companies Hydroproject and Stolica. The objective of the study has been to prepare a priority action programme to pre-feasibility level to control and reduce the present pollution of the Baltic Sea from the Vistula River Basin and Baltic Coast of Poland in line with the 1990 Baltic Sea Declaration. This includes a target objective of the adoption of measures by the countries in the region to reduce the 1987 emission levels by 50 percent by 1995.
The municipal wastewater from about l/3 of the population in Poland is not treated at all, and most of the existing treatment is of low efficiency. Also most of the industrial plants have high pollution discharge loads. Nitrogen runoff is the most obvious problem from the agriculture. The yearly discharge of nitrogen to the Baltic Sea is in the order of magnitude 100,000 tons. Phosphorus is also discharged in large quantities, as most of the sewage treatment plants are not constructed for chemical or biological phosphorus removal.
Actions proposed for implementation to the year 2000 are described, primarily for protection of the Baltic Sea. These actions include mainly treatment plants for removal of phosphorus, nitrogen and biochemical oxygen demand (BOD), but also heavy metals and persistent organic
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