European centre of excellence
for sustainable water technology

Source separated sanitation

Source separation sanitation (SSS) is a concept in which waste streams with specific characteristics (e.g. urine, faeces, greywater, hospital waste streams) are collected, transported and treated separately at the source. Hospital wastewater, for instance, contains about 10 fold the concentrations of pharmaceuticals in municipal wastewater and is considered an important source of antibiotic resistant bacteria. By treating (hospital) wastewater at the source the risks associated to wastewater can be addressed more specifically and effectively, thereby preventing the spread of antibiotic resistant bacteria and other pathogens in the population and discharge of toxic components into the environment. Furthermore, sustainability objectives such as water reuse, recovery of resources and energy savings can also be more effectively reached within SSS. The main advantage is that source separation prevents dilution of wastewater streams. New technology must be developed to treat these concentrated waste water streams. For the treatment of hospital wastewater it is important to remove antibiotics and to develop a disinfection technology in which bacteria are not only killed but their DNA is destroyed.

Pasfoto Bonnie Bult
lucia hernandez
   

Theme manager
Bonnie Bult
WON

Theme coordinator
Lucia Hernández Leal

   

Industrial partners

Logo
IZORE logo full color
sweco_black
Landustrie Desah combi-logo
Stowa
Aa en Maas logo 1 kleur

Academic partners

Wageningen University 2016
Logo TU Engels
UMCGkort.fc
Universiteit Utrecht
Logo Van Hall Larenstein
blanco


Research projects


Ilse Verburg, University Medical Center Groningen
   Antibiotic resistance of public health concern in water
Stan Willems, Wageningen University
   Antibiotic-resistant bacteria selective extermination through NanoTargeting
Gonçalo Macedo, Utrecht University
   Manure based spread of antibiotic resistance in water and soil ecosystems
Rebeca Pallarés Vega, Delft University of Technology
   Mechanisms of spread of antimicrobial resistance in biological wastewater treatment

combining scientific excellence with commercial relevance