Treatment of biomass condensate (separation of heavy metals) Flow rate: 12 m³/ day up to 1 m³ / h Cartridges: 12 Start up: 2024 [read more]
Drinking water treatment Fuschl
Flow rate: up to 864 m³/per day up to 36 m³ /h Cartridges: 64 Commisioning: 2023 [read more]
Chipping Campden STW (England)
C-ION turbine type: IXS1-160 Application: Suppression of bulking sludge Duration: Permanent operation [read more]
Tenneco Gliwice / Poland
Flow rate: 173 m³/d up to 7.2 m³/h Cartridge: 64 pcs. Modules: 3 Start up: 2021 [read more]
Großarl heating plant (Austria)
Qd 33 m³ / d max. inflow / max. flow 2 m³ / h EGW60 / p.e.60 220 C-MEM modules 2 C-MEM [read more]
Drinking water treatment plant Sonnenplateau Camping Gerhardhof
Flow rate: up to 20 m³/h Units: 22 Commissioning: 2020 C-MEM Zero units, connected in parallel, filter all drinking water for operation, safely removing [read more]
SMART UF – Containerized High Performance Ultrafiltration System
Flow: up to 200 m³/d Modules: 2 Start-up: 2020 The SMART UF system is a preassembled containerized water / wastewater treatment system and [read more]
Arreigada WWTP – Portugal
treatment of municipal wastewater 45,333 p.e. 10,000 m³/d – with a peak flux of 1,000 m³/h the plant is one of the largest MBR [read more]
Eneco Utrecht WWTP Line 2 – Netherlands
Since 2019 the condensate from flue gas cleaning in the biomass heating plant of the Dutch energy supplier Eneco in Utrecht has been treated [read more]
Drinking Water Treatment Plant Gosau – Austria
500 l / d treatment of karst water from the Dachstein for private household start-up: 2020 [read more]
Recooling Water Treatment Plant Düsseldorf University – Germany
treatment of recooling water up to 100 m³/d 3 units with 4 C-MEM cartridges each start-up: 2019 [read more]
Affinity Water WWTP – Great Britain
Pilot plant C-ION turbine type: IXS1-200 Application: removal of metaldehyde and industrial chemicals, suppression of bulking sludge Duration: pilot test 3 – 6 months [read more]
Emschermündung Dinslaken WWTP – Germany
Pilot plant C-ION turbine type: IXS3-200 Application: suppression of bulking sludge, removal of trace substances (diclofenac, sulfamethoxazole, carbamazepine) Duration: pilot test 3 – 6 [read more]
Drochtersen WWTP – Germany
Pilot plant C-ION turbine type: IXS3-200 Application: suppression of bulking sludge Duration: pilot test 3 – 6 months [read more]
Serzedo WWTP – Portugal
Pilot plant C-ION turbine type: IXS3-200 Application: removal of organic substances (COD, TOC, trace substances) Duration: pilot test 3 – 6 months [read more]
Berglandmilch Wörgl WWTP – Austria
C-ION turbine type: IXS3-200 Application: suppression of bulking sludge Duration: permanent operation [read more]
Eneco Utrecht WWTP – Netherlands
In the biomass heating plant of the Dutch energy supplier Eneco in Utrecht the condensate from flue gas purification is treated with the MBBR [read more]
Alpine Hut Wiesberghaus WWTP – Austria
treatment of wastewater in an alpine hut in the Dachstein area with the C-MEM MBBR technology for reuse as toilet flushing 70 p.e. / [read more]
Obstpressgenossenschaft Hager Hochfeld WWTP- Austria
industrial wastewater from juice production 10 m³/d 100 p.e. 3 modules / 18 cartridges start-up: 2017 [read more]
R+Z Klagenfurt WWTP – Austria
Qmax: 400 m³/d Modules: 3 Start-up: 2017 Condensate treatment in biomass heating plant In R+Z Klagenfurt biomass heating plant the condensate from flue gas cleaning is [read more]
Holzindustrie Pfeifer WWTP – Austria
Qmax: 270 m³/d Modules: 2 Start-up: 2017 Condensate treatment in biomass heating plant In Kundl the condensate of the gas purification in Holzindustrie Pfeifer Co.´s biomass heating plant is [read more]
Domestic and industrial water treatment and grey water use
The worldwide proven AQUALOOP-System with C-MEM membranes has produced germ-free water from surface water, groundwater, small wastewater treatment plant effluent, industrial wastewater or grey [read more]
Oberhofen WTP – Austria
15 p.e. start-up: 2015 drinking water treatment in a private drinking water storage tank by separation of Fe and turbidity [read more]
Bischofshofen Small WWTP – Austria
8 p.e. 1.2 m³/d start-up: 2015 small WWTP for municipal wastewater from 2 private households [read more]
Prerov WWTP – Czech Republic
conventional technology: single-stage continuous flow system 130,000 p.e. 76,800 m³/d start-up: 2000 [read more]
Brno-Modrice WWTP – Czech Republic
conventional technology: single-stage continuous flow system featuring mechanical stage, biological stage, sludge treatment 513,000 p.e. 168,000 m³/d start-up: 2001 [read more]
Cork WWTP – Ireland
8 C-TECH basins 450,000 p.e. 167,000 m³/d max. Carrigrenan, Little Island municipal / industrial wastewater from Cork brewery largest C-TECH plant in Europe start-up: 2003 [read more]
Bergern WTP – Austria
30 m³/d 1 module start-up: 2014 Drinking water treatment plant for the village of Bergern. Capacity up to 30 m³/day with the C-MEM technology. [read more]
Krk WTP (Pilot Plant) – Croatia
120 m³/d 1 module Start-up: 2014 Drinking water treatment plant for the recycling of backwash water effluent of existing sand filter system. Capacity up [read more]
Coca Cola Sarajevo WWTP – Bosnia
industrial wastewater from bottling plant 9,500 p.e. 1,000 m³/d start-up: 1998 [read more]
Coca Cola Solin WWTP – Croatia
industrial wastewater from bottling plant 17,000 p.e. 1,000 m³/d start-up: 1996 [read more]
Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial, Type Industrial
Hungrana WWTP – Hungary
industrial wastewater from starch production 44,000 p.e. 5,750 m³/d start-up: 2007 [read more]
Zywiec WWTP – Poland
4 C-TECH basins 207,000 p.e. 42,000 m³/d max. municipal and industrial (brewery) start-up: 2009 [read more]
Erd-Hanselbeck WWTP – Hungary
109,300 p.e. 32,040 m³/d start-up: 2012 [read more]
Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal, Type Municipal
Neubrandenburg WWTP – Germany
4 C-TECH basins 140,000 p.e. 79,200 m³/d max. start-up: 1999 [read more]
Prostejov WWTP – Czech Republic
4 C-TECH basins 108,000 p.e. 21,500 m³/d DWF start-up: 2001 [read more]
Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe, Europe
Glendullan Distillery WWTP – Great Britain
wastewater from whisky distillery 9,750 p.e. 1,700 m3/d start-up: 2015 [read more]
Dailuaine Distillery WWTP – Great Britain
wastewater from whisky distillery 6,583 p.e. 1,512 m³/d max. DWF start-up: 2012 [read more]
Piran WWTP – Slovenia
33,000 p.e. 8,911 m³/d DWF start-up: 2011 [read more]
Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH, Technology C-TECH
Slavonski Brod WWTP – Croatia
4 C-TECH basins 80,000 p.e. 26,016 m³/d max DWF start-up: 2013 [read more]
Tychy WWTP – Poland
rehabilitation and upgrading of Tychy WWTP with C-TECH technology 89,100 p.e. 24,000 m³/d mx. DWF start-up: 2005 [read more]
Tulcea WWTP – Romania
municipal wastewater treatment 100,000 p.e. 15,940 m³/d DWF start-up: 2012 [read more]
Znojmo-Dobsice WWTP – Czech Republic
first large scale C-TECH plant in Europe for 99,000 p.e. / 19,000 m³/d municipal wastewater / wastewater from vegetable processing industry and winery start-up: [read more]
Sarajevo Landfill WWTP – Bosnia
PE 8,667 Qmax: 432 m³/d Modules: 12 Municipal landfill leachate treatment plant In Sarajevo, Bosnia, the leachate of a municipal landfill is treated by 12 C-MEM [read more]
Thornton WWTP – Great Britain
PE 2,567 Qmax: 20 m³/d Modules: 1 Effluent treatment of biomethanisation plant In Thornton, Great Britain, 20 m³/d effluent of a municipal waste treatment plant [read more]
Bosnalijek WWTP – Bosnia
PE 100 Qmax: 35 m³/d Modules: 2 Pharmaceutical production effluent treatment plant In Sarajevo, Bosnia, a plant with 2 modules, consisting of totally 72 C-MEM [read more]
Leyland WWTP – Great Britain
PE 2,567 Qmax: 20 m³/d Modules: 1 Effluent treatment of biomethanisation plant In Leyland, Great Britain, 20 m³/d effluent of a municipal waste treatment [read more]
Flachau WWTP – Austria
Qmax: 70 m³/d Modules: 4 Condensate treatment of biomass heating plant In Flachau the condensate of the gas purification in a biomass heating plant [read more]