• SWICCA Evinos

    Combining SWICCA’s climate change indicators with local data to provide state-of-the-art, climate change impact analysis and support adaptation for the water sector

Combining SWICCA’s climate change indicators with local data to provide state-of-the-art, climate change impact analysis and support adaptation for the water sector

SWICCA

Challenge

Earth observations and advanced related services produce a plethora of environmental and climate data. COPERNICUS is the European Union’s earth observation programme and through the Copernicus Climate Change Service (C3S), it will provide valuable information to support a series of sectors, water management amongst them, under a changing future. SWICCA, a COPERNICUS’ Sectoral Information System project, aims at bringing the scientific, climate-impact knowledge to the water managers and policy makers.

Approach

With combined analysis of local data with easily accessible climate change indicators, which are provided through the SWICCA tools, we improve our climate change impact analysis capabilities and support different sectors to implement adaptation to local climate change, related to water management issues. We demonstrate, through two, real-world examples: (a) an industry group interested in assessing the adequacy of currently used water resources and the need to invest on more effective influent and effluent treatment facilities, due to climate change impact, and (b) a public authority interested in evaluating the efficacy, under climate change pressures, of environmental regulatory measures imposed on local industry.

Impact

SWICCA indicators provide us the core data and tools to evaluate climate change impact on different, water-related issues.

climate adaptation strategy: We provide guidance to an industry group in order to assess possible financial implementations due to climate change and build a corporate climate adaptation strategy against water supply chain related and downstream operations risks.

better informed policy implementation: We support a policy making authority to evaluate environmental policy concerning a financially significant and environmentally sensitive area, under climate change conditions.

The SWICCA project is run by the Swedish Meteorological and Hydrological Institute (SMHI)

Related Services

Treatment, Disposal and Reuse of Wastewaters and Sludge

Treatment, Disposal and Reuse of Wastewaters and Sludge

We conduct strategic planning and design of wastewater collection, treatment, disposal, and reuse plants. EMVIS has extensive experience with the implementation of the Urban Wastewater Treatment Directive (91/271/EC) and the design of alternative wastewater treatment schemes in relation to the required treatment level and the scale of application.

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.

Related Projects

APOSELEMIS WTP

Challenge

The main objective of the project overall is related to the provision of safe, high quality water to the citizens and tourists of the cities of Heraklio, Chersonissos and Agios Nikolaos. Surface water from the Aposelemis dam is collected and transferred to the water treatment plant where advanced water treatment is provided.

SWICCA

SWICCA

Challenge

Earth observations and advanced related services produce a plethora of environmental and climate data. COPERNICUS is the European Union’s earth observation programme and through the Copernicus Climate Change Service (C3S), it will provide valuable information to support a series of sectors, water management amongst them, under a changing future.

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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