RT Monograph
SR 00
A1 Somlyody, L.
T1 Quo Vadis Water Quality Management in Central and Eastern Europe?
YR 1996
FD 1996
VO 30
SP 18
AB Central and East European (CEE) countries are going through unique political, economic, institutional, and social changes associated with the heritage of serious pollution problems from the past. The purpose of this paper is to analyze the water quality management strategies that CEE countries may take, including the rationale of introducing Western policies in the short run. The policy to be selected must be viable under the existing pressing financial conditions and should be feasibly expanded towards a long-term sustainable scenario as the economy improves. As a basis the present economic, social, and institutional setting is outlined, and the state of water quality and the role of emissions of various origins are summarized. Special attention is devoted to municipalities with low and unbalanced levels of infrastructure; the development of these infrastructures could be a burden even for stable economies. An overview and evaluation are given for the water supply, sewerage, and wastewater treatment for cities and towns with populations greater than 25,000 in five countries of the CEE region, together with a discussion of legislation issues. Major elements of cost-effective development strategies are discussed and illustrated with examples. They incorporate improved demand management and the closing of material cycles, the upgrading of wastewater treatment facilities to match the level of sewerage, the application of regionally variable effluent (and/or ambient) water quality standards and their gradual tightening based on a river basin approach, the innovative selection of combined chemical-biological technologies (for both upgrading and new design) depending on local conditions, and the multi-stage development of wastewater treatment plants. The policy suggested for the next couple of decades is characterized by a number of non-uniformities that raise considerable implementation challenges.
PB RR-96-012. Reprinted from Water Science Technology, 30(5):1-14 [1994] [1996].
PP IIASA, Laxenburg, Austria
AV Published
LK https://pure.iiasa.ac.at/id/eprint/4859/