Water Resources Management in Hungary
Transcript of Water Resources Management in Hungary
2015.04.28. 1
Water Resources Management in
Hungary
László PERGER et al.
Directorate General for Water( OVF)
Budapest HU
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Protection
of sea
by
River
Basin
Management
Plannings
in
EUROPE
The Danubebasin
- more than800.000 km2
- more than 100 millions of inhabitants
- 14 (+5) countries
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Significant water issues in HU (1)
• Surface waters
– Water ‘transit’ country (95% inflow, so high
contamination potencial and already done maybe
non-suitable management options on arriving
waters)
– Rare and unequal natural river network
– 42% floodplain (without protection)
– Downstream type river character
– Heavily river bed erosion
– Exceed water on ‘run-off less’ areas (more than
30% of lowland areas)
– Shallow lakes (less than 3m deepness on over 90%
of lakes)
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Significant water issues in HU (2)
• Groundwaters
– Carpathian ‘bowl’ effect for GWs as well
(‚all’ is arriving)
– Basic resource of drinking water (95%)
– High vulnerability by man-made effect
(65%)
– Genetic contamination (As, B, NH4)
– Seasonaly independent exploitation with
some over abstractions
– HU as thermal water great power
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Main pressures of HU waters
• Surface waters– contaminations from
• organic pressures (by non-eligible UWW & agriculture)
• nutrient pressures (by household detergent & bad practice of agriculture)
• PS mainly from abroad but there are inside contaminations
– river & lake regulation (flood prot., navigation, impoundment)
– artificial channels for
• irrigation needs
• water taking out (excess waters)
– drainage in lowland areas for
• agriculture
• settlements’ protection
• Groundwater– local overexploitation
– man-made contamination
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Programmes of measures by Article 11
of WFD1. Basic
1. according to Annex VI (obligatory using of Directives concerned/mentioned)
2. regulations for WFD aims achieving on national level (additional basic mesures)
2. Supplementary1. legislative instruments
2. administrative instruments
3. economic or fiscal instruments
4. negotiated environmental agreements
5. emission controls
6. codes of good practice
7. recreation and restoration of wetlands areas
8. abstraction controls
9. demand management measures
10. efficiency and reuse measures
11. construction projects
12. rehabilitation projects
13. artificial recharge of aquifers
14. educational projects
15. research, development and demonstration projects
16. other relevant measures
Drinking water abstaction
19951996
19971998
19992000
20012002
surface water
shallow grounwater
karst water
bank-filtered water
deep groundwater0
50
100
150
200
250
300
350m
illi
on
m3
years
Drinking water abstraction
Main problems of bank filtered system
The most sensitive and little
known part of reservoir
Smaragd-GSH Kft.
Delineation of protection
zones by travelling time
of water contaminations
in Hungarian legislation
• inner zone 20 days
• outer zone half year
• hydrogeological A zone
5 years
• hydrogeological B zone
50 years
• hydrogeological C zone
total recharge area
Smaragd-GSH Kft.
Restrictions for protection
inner zone – everything is forbidden, only supplying
outer zone – new activities forbidden, existing land use can
continued if no pollution detected
hydrogeological A zone – usage of dangerous substances is
restricted
hydrogeological B zone – usage of priority substances is
restricted
hydrogeological C zone – restrictions depend on risk
assessment