1. Institute of Environmental Engineering Systems Nowowiejska 20 00-653 Warsaw, Poland

2. Highlights ● Multidisciplinary approach to environmental problems at the national or regional level ● Structure - branches: ● Environmental Biology, ● Environmental Chemistry, ● Meteorology and Atmosphere Protection, ● Hydrology and Water Management, ● Mathematical Methods Application, ● Protection of Urban Environment

3. Principal research areas ● mathematical & computer modelling of: ● atmospheric dynamics, air quality, air pollution impacts ● hydrological processes in rivers, lakes and groundwater, pollution problems ● biological methods of water purification, removal organic & inorganic substances (incl. petroleum) from wastewater, soil and exhaust gases, ecotoxicology, soil remediation, microorganisms in technical systems, biogas production ● waste management

4. EU-project participation ● EUROLAKES ● Production of biogas and fertilisers out of wood and straw (PROBIO) ● Innovative process for the on-site decontamination of soils (ECO-SOIL) ● An innovate method for the on-site remediation of polluted soil under existing infrastructures (CLEANSOIL)

5. Possible collaboration areas Hydrology and Water Management Branch proposal – presented separately Interest towards current NTNU projects: AWAST, SENSPOL & BEEP Applications for NFM-funded collaboration with Norwegian partners (Nov. '05): nationwide air quality modeling and forecasting system (4 Polish institutes + Met.no);

6. Faculty of Environmental Engineering Experience:Comprehensive knowledge of problems, solutions and technologies within a domain of water protection and water management Recent international projects: 1.EUROLAKES (2001-2004) – FP5 Project of EU on large and deep European lakes with 15 European partners 2.ENMOS (2000-2004) – EUREKA! Project on developing continuous monitoring of water quality in surface waters with two Norwegian partners NIVA (Oslo) and OCEANOR (Trondheim)

7. ENMOS system system consisting of 5 land-based monitoring stations measuring continuously water quality (basic chemical parameters) in Zegrzyński water reservoir and in its two tributaries (Bug and Narew rivers) operated by Division of Hydrology and Water Management

8. ENMOS system

9. Five monitoring stations

10. ENMOS monitoring station

11. Project proposal Environmental Engineering Research on Early Warning Systems for Water Reservoirs Prof. Marek Nawalany Division of Hydrology and Water Management Faculty of Environmental Engineering

12. Project proposal Departure point: The ENMOS system Goal of the Project: Developing an Early Warning System for water intakes located in water reservoirs

13. Early Warning Systems for Water Reservoirs Development aspects of the Project: Innovative solutions required in robust sensors (bacteria, phytoplankton, heavy metals, hydrocarbons) robust hydraulics of water sampling (flooding and ice conditions, snails etc.) large data storage and cheap telemetry reliable alarm setting and controlling of water intake gates Research aspects of the Project impact of water pollution on phytoplankton modelling of key processes in water reservoirs modelling of pollution transport in water reservoirs