The Délfin Water Reclamation facility disinfects effluent from a nearby WWTP. The main goal of the project is to store the reclaimed water produced in wintertime so that it can be used during the dry summer periods.
Agricultural water reclamation of sugar refinery process water
A project where a large amount of reclaimed water from a sugar refinery is used for irrigation of arable land. The reclaimed water is stored is a basin and transported via a large network of pipelines to the irrigation systems.
Water reclamation of urban waste water
Braunschweig is one of very few large-scale agricultural reuse sites in Germany, and serves as water reuse showcase for Germany and Central Europe. It reuses the effluent of Steinhof WWTP for agricultural restricted irrigation (fodder and industrial crops).
Development of suitable techniques for reclaimed water in rural areas
Rur’Eaux searches to reclaim water from low capacity WWTPs that are typically used in rural areas. The reclaimed water will be used for the irrigation of fodder crops and vegetables at a research facility.
Reclaimed water for vineyard irrigation in Mediterranean context
The BRL exploitation company reuses disinfected wastewater from the Roquefort des Corbières wastewater treatment plant for irrigation of vineyards in the region.
Demonstration of vineyard irrigation with reclaimed water
IRRI ALT’EAU seeks to investigate the long term effects of using drip irrigation with reclaimed water from a WWTP (municipal) in vineyards. The final stage of the project is to implement the system in existing vineyards.
Water and agricultural research platform
The project disinfects the effluent of a WWTP to irrigate horticultural crops, along with citrus trees, fruit trees… One of the disinfection techniques that is being investigated is solar UV disinfection. On a yearly basis, the fully implemented system reclaims 13.5 hm³ of water.
First application and market introduction of combined wastewater treatment and reuse technology for agricultural purposes
Municipal wastewater that recieve tertiary treatment with a membrane bioreactor along with disinfection techniques to make it suitable for the irrigation of vegetables and fruit trees.