
SOLO EL PAPEL HIGIÉNICO PUEDE TIRARSE POR EL VÁTER
Matilda ha vencido al monstruo de las toallitas, usando únicamente una papelera. ¡Ayuda a Matilda!
CANAL EN 60 SEGUNDOS
¿Has oído hablar alguna vez de la ‘’huella hídrica’’? Lydia Sáez, responsable de Investigación de la Subdirección de I+D+i de Canal de Isabel II, nos saca de dudas y nos resume en menos de un minuto cuál es su importancia y cómo podemos recudir la huella que dejamos en el planeta.
COMMITED TO SUSTAINABILITY
We reinforce our commitment to sustainability in the management of the integral water cycle. Aspects such as the reuse of water, the care of the receiving channels and the generation of clean energy have marked the company's sustainability policy.
Sistema vigia COVID19
INNOVATION
We are committed to maximum technological innovation in information, communications and remote control systems
INNOVATION
We are committed to maximum technological innovation in information, communications and remote control systems
VIGIA SYSTEM
Vigía is the system for detection, surveillance and visualization of SARS-CoV-2 (the virus that causes COVID-19 disease) in wastewater. It is the largest analysis system in Spain and consists of: 289 sampling points; 15,000 km of sewerage network and almost the entire population of the Region monitored; quantification of the presence of SARS-CoV-2 by basins; normalization of results; trend analysis; data screening for quality criteria; spatial distribution by municipalities and districts and distributed analysis of results.
Did you know?

The detection of SARS-CoV-2 in wastewater (which is deactivated) is a complementary tool for decision-making by the corresponding health authority. The analysis of the results of this work without taking into account medical data is not adequate. The results must be analyzed with the appropriate precautions and with knowledge in the matter, since the quantification of the presence of SARS-CoV-2 in the wastewater is affected by multiple factors (pollution, flows, rainfall, extraordinary discharges, time of data collection...).
The detection of SARS-CoV-2 in wastewater (which is deactivated) is a complementary tool for decision-making by the corresponding health authority. The analysis of the results of this work without taking into account medical data is not adequate. The results must be analyzed with the appropriate precautions and with knowledge in the matter, since the quantification of the presence of SARS-CoV-2 in the wastewater is affected by multiple factors (pollution, flows, rainfall, extraordinary discharges, time of data collection...).

The sewerage basins do not coincide with the administrative divisions, therefore the aggregation of results by municipality / district is indicative.
A single relationship cannot be established between the value of SARS-CoV2 in wastewater and the number of infected, since it will depend on the virulence of the infection in each patient, so that in Vigía, absolute values ¿¿are not shown, but trends .

The sewerage basins do not coincide with the administrative divisions, therefore the aggregation of results by municipality / district is indicative.
A single relationship cannot be established between the value of SARS-CoV2 in wastewater and the number of infected, since it will depend on the virulence of the infection in each patient, so that in Vigía, absolute values ¿¿are not shown, but trends .

What will the Vigía map show?
The following map shows a color code quantifying the importance of the presence of SARS-CoV-2 based on: the trend in each municipality / district (ascending, descending ...); the absolute value compared to the historical data for this municipality / district.
By clicking on each municipality / district you will see:
- Name.
- Date of the last validated analysis.
- Indicator of evolution of the presence of SARS-CoV-2 in wastewater.
- Comparative value of the last data with respect to the previous ones of that same point.
- Classification of the observed trend.
REPORTS OF THE PRESENCE OF SARS-CoV-2 IN THE WASTEWATER

Report Surveillance System for the Surveillance of COVID-19 in wastewater | April 13, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | April 7, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | March 30, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | March 23, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | March 16, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | March 9, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | March 2, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | February 23, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | February 16, 2021
Report Surveillance System for the Surveillance of COVID-19 in wastewater | February 9, 2021
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