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Surface waters and groundwater in Surface waters and groundwater in Poland Poland -- challenge to improve the challenge to improve the
status and capacity of water resources status and capacity of water resources of Polandof Poland
Marek Nawalany
Warsaw University of TechnologyInstitute of Environmental Engineering Systems
ContentsContentsWater resources in PolandWater use in PolandWaste water in PolandStatus of water resources in PolandEuropean water strategy – driversEuropean water strategy -challenges/stimuliWater resources in Poland – syntetic viewConclusions
Water resources in PolandWater resources in Poland (1)(1)
Poland - almost 39 million inhabitants living in about 300 000 km2 of theVistula and Odra river basins covering55.7% (Vistula) and 33.7% (Odra) of Poland’s territory. The remaining 10.6% are the catchments of small rivers flowing directly to the Baltic Sea
99.7% of Poland is located in its basin.
Water resources in PolandWater resources in Poland (2)(2)Precipitation: – Average precipitation – 600 mm/year– High variation of precipitation over space -
500-550 mm /year in lowlands and 1100 mm/year in mountains
Outflow: - Total river outflow from the Polish territory
to the Baltic sea – 62 km3/year (average in years 1951 – 2000)
– High variation of total outflow in time –37,5 – 90 km3/year
Water resources in PolandWater resources in Poland (3)(3)Water resources (WR) available for direct exploitation:
- surface waters – 30 km3 (?)/ year difficult to assess
- groundwater – although 3000km3 of static groundwater resources exist on Polish territiry only some 16km3 / year canbe effectivelly expolited due to poorrenewability of the resource (62% from Quarternary and remaining part from Tertiary and older aquifers)
Water resources in PolandWater resources in Poland (4)(4)Index of water availability in Poland
Index of water availability in Europe
capita/m1600populationtheinpeopleof.No
outflowannualTotal 3=
capita/m4500populationtheinpeopleof.No
outflowannualTotal 3=
Water use in Poland in Water use in Poland in hmhm33
Type of use 1980 1990 2003Total 14200 14200 11100
from surface waters 11900 11900 9300
from groundwater 2000 2000 1700
from dewatering 300 300 100
for industry 10200 (71.5%) 9500 (67.0%) 7900 (71.1%)
for irrigation 1300 (9.3%) 1700 (11.9%) 1000 (9.2%)
for drinking water 2700 (19.2%) 3000 (21.1%) 2200 (19.7%)
Waste water Waste water ((wwww) ) in Polandin Poland (1) (1) -- production in production in hmhm33
Production of WW
1980 1990 2003
Total 12000 11400 9200
Industry 9700 (7300 energ.)
9100 (7300 energ.)
7900 (7000 energ.)
Sewage 2300 2300 1300
Waste waters in PolandWaste waters in Poland (2) (2) ––discharged into waterdischarged into water bodiesbodies
inin hmhm33
WW requiring treatment 1980 1990 2003Total 4700 4100 2200treated ww 2700 2800 2000
mech. treated 1800 1500 600chem. treated 200 200 100biolog. treated 700 1100 700biogens removal 0 0 600
untreated ww 2000 1300 200
Waste waters in PolandWaste waters in Poland (3)(3)
Number of industrial treatment plants:1364 (in 1990 – 2453)
Number of communal treatment plants:2761 (in 1990 – 585)
84% urban population linked with ww treatment plants
16.5% country population linked with ww treatment plants
Status Status of water resources of water resources in Polandin Poland inin% % of rivers’ lenghts of rivers’ lenghts physicophysico--chemiacal criteria chemiacal criteria (1) (1)
Year
Lenghts o rivers under control[km]
Class I
ClassII
ClassIII
Outside
1990 8520.9 6.0 27.9 30.3 35.8
1995 6188.1 2.9 20.3 33.8 43.0
2003 6175.3 4.9 47.0 35.5 12.6
Status Status of water resources of water resources in Polandin Poland inin% % of rivers’ lenghtsof rivers’ lenghts
bacteriological criterium bacteriological criterium (2)(2)
Year
Lenghts o rivers under control[km]
Class I
ClassII
ClassIII
Outside
1990 8520.9 0 3.0 16.8 80.2
1995 6188.1 0 3.1 11.8 85.1
2003 6175.3 0 8.3 50.1 41.6
Status Status of water resources of water resources in Polandin Poland inin% % of rivers’ lenghtsof rivers’ lenghts
obligatory criteriaobligatory criteria (3)(3)
Year
Lenghts o rivers under control[km]
Class I
ClassII
ClassIII
Outside
1990 8520.9 x x x x
1995 6188.1 22.3 41.0 22.4 14.3
2003 6175.3 39.0 35.5 16.6 8.9
European European water water strategystrategy –– 3 3 driversdrivers
Health “People”
Sustainability “Environment”
Competitiveness „Economy”
European European water strategy water strategy –– 1/3 driver1/3 driver
Health “People”
Compliance with hygienic standardsin water supply
Risk assessment
EU policies
European European water strategy water strategy –– 22/3 driver/3 driver
Sustainability “Environment”
Efficient use of natural resources
Environmental concerns
Eco-labelling
\ EU policies
European European water strategy water strategy –– 33/3 driver/3 driver
Competitiveness „Economy”
Increasing water and energy costsMore stringent regulationsLess polluting as well as less waterand material consuming technologiesWater quality demands for high product quality and process reliability
• Sustainable production certificatesEU policies
EuropeanEuropean water strategy water strategy ––challengeschallenges//stimulistimuli (1/2)(1/2)
Development and implementation of new, reliable, cost-effective water technologiesensuring the availability of sufficient water quantities of the right quality at the right time.
Minimization of water consumption based on tailor-made water management and treatment concepts
EuropeanEuropean water strategy water strategy ––challengeschallenges//stimulistimuli (2/2)(2/2)
Reduction of water-based emissions
Wide-spread implementation ofexisting/emerging & new developed services & technologies
Long term water resources planning and managemnt with the use of modernmonitoring and information systems
Water resources in PolandWater resources in Poland-- syntetic view syntetic view –– (1)(1)
As compared with other European countries, Poland has rather scarce water resources
High spatial and time variability of water resources in Poland cause that they are sensitive to draughts, prone to generate floods and easily turn to the pollution state.
Water resources in PolandWater resources in Poland-- syntetic view syntetic view (2)(2)
As the water resources in Poland cannot be substantially incresed in their volume, made less variable nor less sensitive to emissions of waste water discharges, rational use ofwater and precautionary approach will be the leading principle of water management in Poland for the next decades
Water resources in PolandWater resources in Poland-- syntetic view syntetic view (3)(3)
This principle will be enforced
by law at the national level (presently issued „Strategy for Water Management)
by law at the regional level („Regional plans for water management” – to be issued by 2007).
Water resources in PolandWater resources in Poland-- syntetic viewsyntetic view (4)(4)
The principle will be inbedded into Integrated Water Mangement Planning of RZGW
Enforcement of the principle will be monitored by WIOŚ and IMGiW
Ideally if the principle will be supported byappropriate water programmes and the related economical mechanisms.
ConclusionsConclusions1. Water policy at the national level will be
planned coherently with the National Development Plans
checked against international agreements(e.g. Water Framework Directive)
created and coordinated by KZGW(National Board of Water Management; to be created soon, hopefully) via legal means and financial mechanisms - Sectorial and Regional Operational Programmes
enhanced through introduction of a legal framework for Private-Public Partnership(PPP)
ConclusionsConclusions2. Water policy at the regional level will be
executed coherently with the Regional Development Plans
financially supported by the EC Programmese.g. Cohesion Program, Framework Programs FP7,... programmes related to the Technology Platforms (e.g. WSSTP) and PPP (if introduced)
coordinated, monitored and executed by RZGWthrough legal means and financial mechanisms of Sectorial and Regional Operational Programmes
ConclusionsConclusions3. Water policy at the regional level requires
changes in law allowing for nonconflictingcollaboration of State and SelfgoverningAdministrations on water policies
creation and empowering of KZGW (National Board of Water Management)
recognizing crucial role of RZGW in within the water region by both administrations
ConclusionsConclusions
4. Capacity of water resources in Poland cannot be increased substantially due to natural constraints however the status and the effective use of water resources can be enhanced/improved by introducing structural changes and taking actions indicated in Conclusions 1-3.
5. To this end, water related plans, programs and private, national and European sources of financing are indispensable and welcome.
Thank you