Cambi Group AS articles

• Client: EYDAP
• Solution: CambiTHP - B6

Psyttalia
The wastewater treatment plant of Psyttalia, is the final recipient of domestic sewage and pre-treated industrial wastewater of the greater Athens area in Greece, receiving an average wastewater flow of 730.000 m³/d, with a biological treatment capacity of 3,500,000 Equivalent Population.

In order to improve the energy footprint of the WWTP,

• Client: Mjøsanlegget
• Solution: CambiTHP - B12

Lillehammer Mjøsanlegget
One of the first Cambi THP had been operating at Mjøsnalegget since 1999. The plant was planning for an extension, and Mjøsanlegget Extension (Nye Mjøsanlegget) was built in close cooperation with Purac. Mjøsanlegget is a 100% biowaste plant and receives household waste from the Mjø

• Client: Hias IKS
• Solution: CambiTHP

HIAS, Hamar
The HIAS wastewater treatment plant serves the city of Hamar and several smaller villages in the area around. It is dimensioned for a population equivalent of 90,000. In 1995 Cambi built its first full-scale thermal hydrolysis installation at HIAS as part of a new sludge treatment process including hydrolysis, digestion and dewatering. It has since been in s

• Client: United Utilities
• Solution: CambiTHP - B12

Davyhulme
One of UK`s largest wastewater treatment works (WwTW) is set to become a valuable source of renewable energy. The benefits of a major upgrade at Davyhulme WwTW in Manchester include the generation of up to 10 megawatts of electricity, 24 hours per day, from biogas

In addition the plant will process biosolids that can be applied to land

• Client: Thames Water
• Solution: CambiTHP - B12

Chertsey
The Cambi THP plant at Chertsey, just west of London, England, was built in 1998 and is owned by Thames Water. It is designed to treat 8,000 tonnes of dry solids annually, which is produced at Chertsey, Leatherhead, Esher and other wastewater treatment plants. By introducing thermal hydrolysis, the existing digesters at Chertsey have doubled capacity.

• Client: Municipality of Oslo
• Solution: CambiTHP - B12

Oslo - EGE
The EGE contract was a major breakthrough for Cambi. In fierce international competition we won the contract to deliver a turn key biowaste plant for the city of Oslo. The plant is designed for 50.000 tonnes pr. year of source sorted waste from household combined with some industrial biowaste. The waste is converted to biogas and to bioferti

Client: Celtic Anglian Water
Solution: CambiTHP - B12

Ringsend
The WWTP at Ringsend Dublin was originally operating a two train drum drying systems for drying the raw primary sludge to meet the requirements of pasteurisation in Ireland.

The plant was extended by the addition of SBR biological treatment reactors to the existing primary treatment plant. Therefore the quantity of sludge was doubled and the dewaterabi

• Client: Lindum
• Solution: CambiTHP - B6

Drammen /Lindum
The plant in Drammen is designed to treat approx. 6,000 tons of sludge from municipalities in the Drammen region, together with some grease and septic. The biogas produced at the plant, will have an energy content of 16 GW per annum. The energy could be used for either cogeneration or as fuel in vehicles. The digested sludge containing both food subst

• Client: Scottish Water
• Solution: CambiTHP - B6

Seafield

On 2 October 2013, MWH Treatment awarded Cambi a contract for the installation of two lines of Cambi’s modular THP B6 system, at Stirling Water’s Seafield Waste Water Treatment Works, Edinburgh, Scotland. Each line is capable of treating 50 dry tonnes of sewage sludge per day. The choice of THP system was made using a sophisticated cos

Xiao Hong Men Water Reclamation Plant
On 10th of December 2014, Cambi was awarded the Xiao Hong Men contract, the second contract signed with our client, Beijing Drainage Construction Company. The project was finished in February 2017, making Xiao Hong Men the first operating Cambi plant in China, serving a population of two million people.

Cambi Thermal Hydrolysis Process (Cambi B12) was part of an upgrade at the Xiao Hong Men WRP’s five digesters for a