The best way to combat water scarcity in the world is to reduce, recycle and reuse.

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Get to know some of our clients' projects.
Municipal Wastewater Treatment
C-TECH
Amecameca, México

The municipal wastewater treatment plant in Amecameca can treat up to 312 l/sec (64,000 PE). The plant consists of 4 parallel C-TECH reactors and is equipped with mechanical pre-treatment and sludge dewatering system . The plant was commissionined in 2014.

Industrial Wastewater Treatment
C-MEM MBR
Bimbo Tijuana, México

The industrial wastewater treatment plant at Bimbo Tijuana site plant can treat up to 1.5 l/sec (9,000 PE). The plant consists of mechanical pre-treatment (fine screen and DAF) and a C-MEM MBR. The effluent of the plant is reused for washing and irrigation. The plant was commissionined in 2018.
Bulking Sludge Supression
C-ION
Berglandmilch, Wörgl, Austria

The C-ION system was retrofitted to existing wastewater treatment plant and was commissionined in 2016. The C-ION system is installed in the bioreactor tanks and removes bulking sludge effectivily. As a result the effluent quality has increased and less chemicals are required.
Decentralized Wastewater Treatment
CFP Compact Plant
Alpine Region, Austria

The CFP system is used as dezentralized wastewater treatment plant for single households, hotels or other objects without sewer system. The treated water can be reused or discharged to natural recipients.
DGS Natural Resources Headquarters
Greywater Recycling Sacramento, USA

Installation is underway for a 2,850 gallon per day Aqualoop greywater system for the State of California’s LEED Platinum DGS Natural Resources Building in Sacramento, CA.  The P Street Building will serve as a new 20 story, 838,000 square foot Department of Natural Resources headquarters.  The tower, which will also encompass a 300 seat auditorium, will be the workplace for 3,500 state employees.  The project also includes a childcare facility to accommodate 120 children, the largest such facility constructed by the state. 
Kendeda Center for Innovative Design & Architecture
Rainwater Treatment Atlanta, USA

Georgia Tech University is leading in the USA in the demonstration of innovative green building. The recently completed and associated Kendeda Center for Innovative Design & Architecture is aiming for full Living Building Challenge (LBC) certification. On 37,000m², a wide range of measures for sustainable building were implemented here. The capacity of treated rainwater by PURAIN filters is 75 l/minute. 
Single-family House
Greywater Recycling Kelmis, Belgium

The self-cleaning PURAIN rainwater filter (with integrated skimmer overflow, backwater flap and alternating jump principle) pre-cleans the water with the help of a 0.8 mm slotted sieve. With the AQUALOOP membrane station in the cistern, the rainwater is micro-filtered through the membrane fibres with a pore size of 0.02 µm (disinfection) and pumped into a 350 litre clear water tank in the cellar. In order to exclude any possible danger due to potential re-germination in this inner tank, the water is additionally disinfected by a UV treatment before distribution in the house.

Therme Ludwigsfelde
Stormwater-Management Ludwigsfelde, Germany

One of the most beautiful thermal baths in Europe is the Ludwigsfelde Swimming and Health Centre. Under its transparent domed roof, up to 300,000 visitors per year enjoy Mediterranean bathing pleasures. Since 2005, the rainwater that accumulates on the two roof areas of 2,500 and 2,800 m² has been percolated directly on site using the DRAINMAX tunnel system, a cost-effective and space-saving solution.
Drinking Water Treatment Plant C-MEM UF in Hospital
Vientiane, Laos

The drinking water treatment plant was commissioned in 2017 and treats drinking water for the Mittaphab hospital. It can treat up to 200 m³/day of drinking water. The water source is well water. Bacteria, turbidity and iron is retained safely.
Portable Drinking Water-System C-MEM Zero in Clinic
Danuphyu, Myanmar

For than 200 decentralized C-MEM Zero units for drinking water treatment were supplied throughout Myanmar for schools, clinics, camps and other public buildings. C-MEM Zero is used to produce drinking water out of surface water for direct consumption.
Landfill WWTP AST Reverse Osmosis
Tondela, Portugal

The plant treats highly polluted landfill leachate and was commissioned in 2020. The system consists of three parallel AST reverse osmosis lanes with a capacity of 200 m³/day each. The effluent quality reaches highest standards and can be discharged directly to natural recipients.


Landfill WWTP AST Reverse Osmosis
Maceio, Portugal

The plant treats highly polluted landfill leachate and was commissioned in 2018. The system consists of an AST reverse osmosis plant with a capacity of 140m³/day. The effluent quality reaches highest standards and can be discharged directly to natural recipients.
Landfill leachate WWTP C-MEM MBR
Sarajevo, Bosnia

The plant was commissioned in 2008 and treats up to 400 m³/day highly polluted landfill leachate. The system consists of biological treatment and C-MEM ultrafiltration with totally 12 modules.

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