Flowise Product Portfolio

Borehole protection chamber 

A borehole protection chamber protects the groundwater pumps and the sources from contamination. It simplifies equipment maintenance.

• A reliable groundwater extraction with a robust and watertight design

• An underground construction, not visible to the public

• Chamber equipment tailored to customer specifications, like a lockable lid made of either plastic or metal 

Aeration tank

Aeration followed by filtration and effective backwashing is one of the most common methods for removing iron, manganese, and other impurities from potable water, improving the taste, smell, and color of the raw water.

• A patented solution to boost carbon dioxide removal

• Effective aeration with counter-blowing through filter media

• Precipitates iron, manganese, and other substances 

• Increases pH prior to a potential alkalization step

Alkalization tank

Alkalization helps protect drinking water networks by increasing water pH and alkalinity, reducing the risk of corrosion and material degradation. Using natural limestone filtration, the process safely improves water stability without risk of overdosing, while offering a reliable and energy-efficient solution for long-term potable water management.

• A safe and clean alkalization process without lye, removing any risk of overdosing 

• A natural limitation of pH levels, as limestone cannot raise pH above 8.5

• A patented aeration and gas removal solution to enhance carbon dioxide removal as part of the alkalization process  

Raw water intake

A comprehensive, custom-designed raw water intake solution for extracting water from rivers and lakes for potable water use. Engineered for flexibility, impact resistance, and ease of installation, the system is delivered as a reliable turnkey solution tailored to each customer's needs.

• Customized dimensioning

• Pipe and intake structure

• Design and strength calculation 

• Weight dimension

• Welding and installation

Reservoir Tank 

Reservoir tanks provide stable and reliable drinking water storage, helping utilities balance daily demand fluctuations and ensure a continuous supply. Flowise tanks meet the highest requirements for drinking water quality, hygiene, and long-term operational safety; protecting potable water from harmful substances, taste, and odor contamination while delivering durable, reliable performance over decades of operation. 

• Prefabricated, weld-ready design reduces on-site time, labor requirements, and disruption 

• Is designed to meet individual needs and requirements 

• Can be equipped with or without a technical room  

• Offers versions suitable for agricultural or industrial purposes 

• Is easy to inspect and maintain 

Fire Water Tank 

Fire water tanks provide reliable emergency water storage for commercial and residential properties where municipal water distribution capacity is limited for fire protection. Designed for stable construction, the tanks can be installed even in challenging ground conditions and in areas prone to soil movement, ensuring dependable performance and long-term safety. 

• Delivered installation-ready, with capacities up to 200 m³ 

• Designed to meet individual needs 

• A pumping station can be included in the design  

• No buoyancy risk with unique profile filling and anchoring options 

Pressure management chamber

A water distribution system is designed to ensure that pressure remains within defined limits to serve all users effectively. Topographical differences within the area often require dividing the system into different pressure zones. Excessive pressure increases the risk of pipe leaks and water loss. The pressure management chamber provides easy access to the equipment, making inspection and maintenance straightforward.

Pressure management chamber ensures reliable stabilization of water pressure in the distribution network. When equipped with a highly efficient NeoFlow pressure management valve, the solution maintains the water pressure at the desired level, reducing the risk of excessive pressure and pipe bursts.

• Is typically installed in low-lying areas to prevent over­pressure

• Is delivered ready for on-site connection 

• Is ideal when designing DMA’s (District Metering Areas)

• Can be equipped with integrated measurement capabilities such as pressure and flow monitoring

Pressure boosting station 

A pressure boosting station increases the pressure in a water pipeline when the pressure at the water tower is insufficient to supply water to consumers. This is commonly needed in areas located on high ground, far from the water tower, or in regions without a water tower in the water system. 

• Can be delivered as a standalone unit or integrated into a reservoir tank 

• Can be customized based on the customer's specific needs and requirements 

• Designed for underground installation  

• Delivered pre-assembled, ready to install 

Valve chamber

Valves are used to control the flow of water within a section of the network. In a water distribution system, which often includes redundant paths, valves are typically used to direct flows in the desired direction. Sections of the network may also need to be closed for maintenance or in response to leaks.

• Hosts monitoring equipment and customer-specific valve packages

• Extends the lifetime of the valve and its connections

• Reduces maintenance needs and associated costs 

• Can be equipped with an integrated anchoring bracket for the valve package, molded into a reinforced concrete slab, to mitigate pressure surges

Air release chamber

Air release valves are used in pipelines to release unwanted air and maintain optimal system performance. The chamber is installed at the high points in the potable water pipeline. During operation, entrained air separates from the water and collects at an elevated location, where it can impair flow efficiency. 

• Is delivered pre-assembled, ready to install

• Ensures long-lasting performance for the valves

• Can be designed for in-line or off-line installation

• Increases energy efficiency and system reliability 

Measuring chamber 

A measuring chamber is a protective unit hosting various types of measuring equipment. The most common are mechanical consumption meters or digital flow meters connected to an automation system. Typical monitored parameters are flow, pressure, and temperature. A measuring chamber is ideal when designing district metering areas (DMAs). 

• Enables leak detection in distribution networks 

• Improves visibility and enables rapid repair when network failures are detected 

• Is delivered pre-assembled, ready to install  

• Ensures long service life for monitoring equipment

Pigging chamber 

Over time, deposits and sediment can accumulate in potable water pipe networks. Pipe bursts can also result in debris building up inside the pipes. Pigging is a method used to scrape deposits from the pipe walls. While pigging is a relatively straightforward process, it often requires significant preparation time and excavation to access the pipe. 

• Provides easy access to the media pipe for flushing or cleaning 

• Can serve as an entry or exit point, depending on the design 

• Reduces preparation time by eliminating the need for excavation or pipe cutting