1ST UPDATE of RBMPs

Challenge

European Water Policy has undergone a thorough restructuring process, and the Water Framework Directive adopted in 2000 serves as the operational tool, setting the objectives for water protection for the future.

The implementation of the Water Framework Directive raises a number of technical challenges which require continuous efforts by the Member States. The heart of the Water Framework Directive is the River Basin Management Plans which are currently in the second cycle for the period 2016-2021.

For Greece the challenge is to complete the River Basin Management Plans by the end of 2017 and our team has the expertise and capacity to meet this demanding task.

Approach

1ST UPDATE of RBMPs aims at the preparation of the updated RBMPs for three river basin districts of Greece under the provisions of the WFD. The required actions are:

  • Identification of the competent authorities and the area of responsibility
  • Identification of Protected areas
  • Economic analysis of the water uses and determination of the current cost recovery degree for the different water services
  • Preliminary assessment of alternative proposals for flexible water tariff policy and cost recovery mechanisms
  • Identification and typology of surface water bodies. Initial and further characterisation of groundwater bodies
  • Type-specific reference conditions for the types of surface water bodies
  • Final designation of heavily modified and artificial water bodies
  • Analysis of the anthropogenic pressures and their impacts on surface and groundwater bodies
  • Evaluation and classification of the qualitative status (ecological and chemical) of surface water bodies
  • Evaluation and classification of the qualitative and quantitative status of groundwater bodies
  • Determination of environmental objectives including “exemptions” from objectives achievement
  • Catalogue of scheduled and new projects/ activities/ alternations with the socio-economic benefits served
  • Draft programme of measures (basic and supplementary) for the protection and recovery of water bodies
  • Updated monitoring programmes of the qualitative and quantitative status of surface and groundwater bodies
  • Evaluation of the proposed programme of measures, including cost effectiveness analysis
  • Public consultation
  • Strategic environmental impacts assessment (SEIA)
  • Draught and water scarcity management plan

EMVIS participates in the project implementation team providing the following services:

  • Pressure and impact analysis according to the provisions of article 5 of the WFD
  • Evaluation and classification of surface water bodies (ecological and chemical status) according to Annex V of the WFD and taking into consideration the results of the intercalibration exercises.
  • Determination of exemptions to the environmental objectives as defined and under the provisions of Article 4 and establishment of less stringent environmental objectives for surface water bodies
  • Preparation of Programme of Measures (Basic and Supplementary) necessary for the protection and restoration of water bodies
  • Revision of monitoring programmes required under article 8 of the WFD
  • Establishment of the River Basin Management Plans according to article 13 and Annex VII of the WFD
  • Reporting of the RBMPs through the EEA Databases and upload to the Eionet (WISE SoE) Central Data Repository

Impact

The impact from the implementation of the WFD has been acknowledged, along with the fact that a lot of effort has been put into the preparation and drafting of the first RBMPs, and knowledge of the status of water has considerably improved. However, the Commission's assessment shows that more efforts are needed to ensure the achievement of the WFD objectives in the 2015, 2021 and 2027 planning cycles. We are currently at the second cycle and the experience gained from the first will enable us to improve the level of implementation and progress towards the objective of good status.

Implementation of the WFD should ensure that water management is based on a better understanding of the main risks and pressures in a river basin, founded on proper monitoring. This will result in cost-effective interventions to ensure the long-term sustainable supply of clean water for people, business and nature.

Water Bodies Status at the River Basin of Epirus

Related Services

Water Treatment

Water Treatment

EMVIS has experience in the design and operation of both conventional and advanced water treatment schemes addressing specific problems related to toxicity and odour and taste control.

Water Resources Management

Water Resources Management

The scope of the activity is Environmental Management with emphasis on aspects of water resources management related to the Water Framework Directive (2000/60/EC), the Marine Strategy Framework Directive and other National and European legislation relevant to, among others, potable water, bathing waters, surface waters intended for potable water supply, quality of ground waters and nitrate related pollution, urban wastewater treatment, effluent and sludge reuse and protected areas. In the context of these activities suitable mathematical models and GIS applications are widely employed in order to identify driving forces, pressures and pollution loads at a river basin level and to estimate anticipated impacts on surface, transitional and coastal water bodies as well as groundwater aquifers.

Related Projects

EXTENSION OF THE PAFOS SEWAGE TREATMENT PLANT AND PUMPING STATIONS

EXTENSION OF THE PAFOS SEWAGE TREATMENT PLANT AND PUMPING STATIONS

Challenge

Wastewater treatment projects are always challenging, but when upgrading of existing works is involved the challenge increases.

LIFE CHARM

LIFE CHARM

Challenge

The Asopos River Basin is located at the centre of Greece, at the River Basin District of Eastern Sterea Ellada, has an area of approximately 1100 km2. It experiences significant pollution problems that threaten both surface and groundwater bodies.

Tools

wPRISMA

wPRISMA

wPRISMA is an interactive web map application that provides information about water quality of surface water bodies. Its main objective is to identify areas or water bodies that experience significant pressures from diffuse and point sources of pollution.

wHYDE

wHYDE

wHYDE is a tool which supports the design of free surface sewer and storm water networks. wHYDE has been developed as an add-on to the familiar working environments of Autodesk AutoCAD and Microsoft Excel, it is easy to use and boosts productivity.

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