Ultipleat® High Flow Technology

Ultipleat High Flow technology controls metal and silica solid contamination in condensate water to reduce or eliminate boiler tube failures, and drastically shorten chemical holds during start-up.

Metallics and silica present a tremendous challenge to water chemistry and integrity, especially during plant start-up. Ultipleat High Flow condensate filter systems are designed to rapidly deplete the system of its particulate iron and silica.

 By controlling iron and silica in their solid solid-state at very high efficiency, Ultipleat High Flow condensate filters allow for a rapid start-up without the risk of the formation of soluble contaminants at higher temperatures. 

This can result in 50 % shorter chemical holds due to iron and silica. High High-efficiency filtration with such a nuclear condensate filter can serve as a perfect complement to chemical treatment by taking the brunt of the contaminant challenge. 

The result is more precise and efficient chemical treatment with reduced chemical costs.

The Ultipleat filter vessels are multi-element, code, or non-code stamped, and can be applied to a wide range of flow rates, whether on start-up or in continuous mode. 

Their design makes the element easy to service, yet the element sealing mechanism allows replacement with maximum filtration integrity.

Ultipleat High Flow filters also protect boiler tubes during normal operation. Full flow filtration at high efficiency during continuous operation can significantly reduce instances of water wall boiler tube failures. 

The high capacity of the Ultipleat^® High Flow filter elements minimizes the size and cost of the filter installation.

The Ultipleat High Flow nuclear condensate filter allows superior flow characteristics through the filter medium, combining superior removal efficiency with a lower flow resistance and extended service life. 

The element’s inside-out flow configuration enables easy replacement ensuring the contaminants remain inside the element. 

The filter elements can be compacted, incinerated, or shredded for disposal, thanks to their metal-free construction.