Water Security Plan Towards a more resilient drinking water infrastructure
Article REF: P4244 V1

Water Security Plan Towards a more resilient drinking water infrastructure

Authors : Montserrat BATLLE RIBAS, Thomas BERNARD, Eyal BRILL, Maria Rosario COELHO, Maria Fátima COIMBRA, Jochen DEUERLEIN, Peter GATTINESI, Philipp HOHENBLUM, Pierre PIERONNE, Jordi RAICH, Luís SIMAS, Rui TEIXEIRA, Rita UGARELLI, Andreas WEINGARTNER, Monica CARDARILLI, Georgios GIANNOPOULOS

Publication date: February 10, 2022 | Lire en français

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Overview

ABSTRACT

Drinking water systems must be protected against threats that could compromise integrity, service quality and business continuity. A Water Security Plan can help mitigate intentional threats - sabotage, cyber attacks and contamination - by implementing timely resilience measures to reduce service disruption and cascading effects. The paper provides a roadmap to water utilities and decision makers for assessing security risks to drinking water infrastructure and key elements for enhancing detection capabilities.

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AUTHORS

  • Montserrat BATLLE RIBAS: Senior Innovation Specialist Adasa Sistemas, Barcelona, Spain

  • Thomas BERNARD: Group Manager - Fraunhofer IOSB, Karlsruhe, Germany

  • Eyal BRILL: Owner Decision Makers Ltd, Shoam, Israel

  • Maria Rosario COELHO: Head of Laboratory Aguas do Algarve, Faro, Portugal

  • Maria Fátima COIMBRA: Executive Advisor Águas de Portugal, Lisboa, Portugal

  • Jochen DEUERLEIN: Associate Director 3S Consult GmbH, Office Karlsruhe, Germany

  • Peter GATTINESI: Advisor on water infrastructure and security United Kingdom

  • Philipp HOHENBLUM: Senior Water Expert Environment Agency Austria, Vienna, Austria

  • Pierre PIERONNE: National water quality expert Technical Division, SUEZ Water France, Paris, France

  • Jordi RAICH: European project manager s::can GmbH, Vienna, Austria

  • Luís SIMAS: Senior Adviser Quality Department, ERSAR, Lisbon, Portugal

  • Rui TEIXEIRA: Head of Division Water Division and Sanitation, Municipality of Barreiro, Barreiro, Portugal

  • Rita UGARELLI: Chief Scientist SINTEF Community, Oslo, Norway

  • Andreas WEINGARTNER: CEO CasAgua Consulting GmbH, Traunkirchen, Austria

  • Monica CARDARILLI: Project Officer European Commission, Joint Research Centre, Ispra (VA), Italy

  • Georgios GIANNOPOULOS: Team Leader European Commission, Joint Research Centre, Ispra (VA), Italy

 INTRODUCTION

The purpose of the Water Security Plan (WSecP) is the planning and implementation of preparedness, prevention, response and recovery strategies against malicious attacks on drinking water supply systems. Deliberate contamination could impact many people and disrupt interconnected services.

The Water Security Plan focuses on the protection and resilience of drinking water infrastructure against intentional threats and provides guidance for water utilities and decision makers. These proposals have been developed from operational experiences of using innovative real-time monitoring tools and technologies. Benefits from the latest tools and technologies include improved resource allocation and optimization, and developing more effective security solutions for water supply systems.

The concept has been elaborated to cover attacks along the entire distribution range from water source to tap, and addresses both large and small water utilities.

The paper provides the framework upon which the Water Security Plan should be elaborated, such as methodologies, system components, best practices and future perspectives. The aim is not to be exhaustive but rather to offer an overarching picture of the key elements which should be considered and implemented by water operators to enhance drinking water security.

The proposed Water Security Plan guidance has been produced by the ERNCIP Thematic Group on “Chemical and Biological Risks to Drinking Water”. The paper concludes with some recommendations and practical observations for drinking water suppliers.

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KEYWORDS

drinking water infrastructure   |   security planning   |   intentional contamination   |   events detection

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