A new device for low-cost monitoring of combined sewer overflows is being deployed in large sewer networks. Data obtained will support the digitalisation of urban water systems and improve the knowledge of utilities regarding the performance of sewer networks during rainfall events. This device is only one out-of-15 innovative technologies tested within the H2020 digital-water.city innovation project.In publication process This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 820954
Rivers and creeks receive a lot of sewer solids due to sewer overflow. This overflow causes a seriou...
The sewerage system is a primary element of a city and is responsible for the congestion of both rai...
This study aims to model the performance of sewage networks under diverse blockage situations in ter...
A new device for low-cost monitoring of combined sewer overflows is being deployed in large sewer ne...
The H2020 innovation project digital-water.city (DWC) aims at boosting the integrated management of ...
Using low-cost sensors, data can be collected on the occurrence and duration of overflows in each co...
In combined sewer systems (CSS) wastewater and stormwater flow through the same pipes. During severe...
This thesis is presented on the development of a novel combined sewer overflow (GSO) and sewer volum...
Combined Sewer Systems (CSS) exist in over 700 communities across the United States. Under extreme w...
Combined sewer overflow (CSO) events produced in combined sewer systems (CSS) during wet weather con...
Increased urbanization and extreme rainfall events are causing more frequent instances of sewer over...
In this paper we discuss a project in which water quality improvements of surface waters are gained ...
Sensors shed light on combined sewer overflowsThis project has received funding from the European Un...
Website DWC, interview by ArctikThis project has received funding from the European Union's Horizon ...
In this paper, a sensor placement methodology for sewer systems monitoring in order to measure direc...
Rivers and creeks receive a lot of sewer solids due to sewer overflow. This overflow causes a seriou...
The sewerage system is a primary element of a city and is responsible for the congestion of both rai...
This study aims to model the performance of sewage networks under diverse blockage situations in ter...
A new device for low-cost monitoring of combined sewer overflows is being deployed in large sewer ne...
The H2020 innovation project digital-water.city (DWC) aims at boosting the integrated management of ...
Using low-cost sensors, data can be collected on the occurrence and duration of overflows in each co...
In combined sewer systems (CSS) wastewater and stormwater flow through the same pipes. During severe...
This thesis is presented on the development of a novel combined sewer overflow (GSO) and sewer volum...
Combined Sewer Systems (CSS) exist in over 700 communities across the United States. Under extreme w...
Combined sewer overflow (CSO) events produced in combined sewer systems (CSS) during wet weather con...
Increased urbanization and extreme rainfall events are causing more frequent instances of sewer over...
In this paper we discuss a project in which water quality improvements of surface waters are gained ...
Sensors shed light on combined sewer overflowsThis project has received funding from the European Un...
Website DWC, interview by ArctikThis project has received funding from the European Union's Horizon ...
In this paper, a sensor placement methodology for sewer systems monitoring in order to measure direc...
Rivers and creeks receive a lot of sewer solids due to sewer overflow. This overflow causes a seriou...
The sewerage system is a primary element of a city and is responsible for the congestion of both rai...
This study aims to model the performance of sewage networks under diverse blockage situations in ter...