Company

System S&P GmbH

Information

System S&P® wastewater treatment plants are based on the rotating immersion disk technology (RID) that is characterised by high and stable biological purification efficiency.

Low maintainance, environmental protection and lowest energy consumption are the focus of System S&P.

The core competence of System S&P are compact sewage plant systems with qualified biofilm processes, such as the globally well-proven RID with plane-parallel solid discs made of Polypropylene in diameters of up to 3 m.

The System S&P product range is modular, robust and simple.

 

Services

Rotating immersion disk technology

Rotating immersion disk technology

System S&P® has been growing to a specialist in Rotating Immersion Disk Technology for biological wastewater treatment.

The biological film is exposed in turns  to the ambient atmosphere and the waste water by the rotating disks . This results in an effective cleaning oft he residual water as well in terms of carbon degradation as nitrate degradation.

As this technology just sways the biological mass and not atmosphere or the water, this process is energy saving and effective.

Beeing an aerobic process unpleasant odors are avoided.

 

 

Lamella separator technology

Lamella separator technology

The Lamella separator technology is the most effective solution for sludge produced by rotation immersion disks. Higher density and thus a moore effective sedimentation of sludge are advantages of the RID enabling the use of lamella seperator technology.

System S&P® Lamella separator technology uses only 20% ground area compared to common sedimentation tanks.

Lamellenseparatoren

Die Lamellenseparatoren von System S&P GmbH sind speziell auf die Technik der Scheibentauchkörper abgestimmt. Dem Verfahren kommt dabei die höhere Dichte, und somit die höhere Absetzgeschwindigkeit des Überschussschlammes aus Festbettsystemen entgegen. Aufgrund seiner Konstruktionsweise ergeben sich für den zu sedimentierenden Überschussschlamm sehr kurze Absetzwege, was zu einer äußerst kompakten Bauweise führt. System S&P® Lamellenseparatoren benötigen lediglich ca. 20% der Grundfläche herkömmlicher Absetzbecken.

Der Wartungsaufwand für die Lamellenseparatoren ist durch spezielle Technologien und durch weiterführende Entwicklungen sehr gering, ist gegenüber einem wesentlich teureren automatisch beräumtem Absetzbecken aber etwas pflegeintensiver.

Projects

reference project 1

Fosshotel Glacier Lagoon

Fosshotel Glacier Lagoon;

Built in 2015, 200 PE;

Daily water flow 60 qbm;

reference project 2

mixed channel system

Thalebra, mixed channel system;

Built in 2012,  1000 PE;

Daily water flow 100 - 1.196 qbm;

 

reference project 3

Medical institute

Chakri naruebodindra, Medical institute;

Built in 2016,  8800 PE;

Daily water flow 2.120 qbm;

Markets

Denmark
Germany
Finland
France
Ireland
Italy
Netherlands
Norway
Austria
Poland
Portugal
Romania
Russian Federation
Sweden
Slovakia
Slovenia
Spain
Switzerland
Czech Republic
Turkey
Hungary
United Kingdom
Other countries
Canada
Other countries
Argentina
Brazil
Chile
Mexico
Peru
Other countries
Bangladesh
China
India
Indonesia
Iran, the Islamic Republic of
Israel
Japan
South Korea
Malaysia
Philippines
Saudi Arabia
Singapore
Other countries
Algeria
Egypt
Ethiopia
Kenya
Morocco
South Africa
Tanzania
Other countries
Australia
New Zealand

Contact

System S&P GmbH

System S&P GmbH
Ahornstr. 27
74592 Kirchberg Jagst
Germany

System S&P GmbH is responsible for the content of this company profile as well as the compliance with the copyrights of the image material.