Plume abatement - hybrid cooling towers without visible plume

NCWD plume abatement SPX Marley
Marley NCWD
SPX hybrid cooling towers
Marley PPWD Hybrid
Marley CLEARSKY
SPX Marley architectural MS
Marley ARCHITECTURAL

Basics of plumless operation cooling towers (WET/DRY)

The hybrid function of the cooling tower is similar to that of an evaporative cooling tower, except that the construction includes an exchanger responsible for reducing the plume of evaporated water above the tower. In addition, the advantage of this solution is the elimination of the unfavorable spreading of water droplets in the vicinity of the installation. This system makes it possible to reduce the danger and risk related to the influence of working cooling towers on their surroundings.

MD Everest SPX Marley

Drift and plume reduction

The impact on the environment of a rising plume of evaporated water from cooling towers can be reduced by engaging the engineering solutions we provide.

The design of heat exchangers and cooling towers is key to eliminating the plume problem and our team of engineers and specialists in thermodynamic and hydraulic systems complement our holistic approach to the problem.

Water savings, reduced energy consumption, and operational safety are fundamental in the design of such systems.

MARLEY NCWD

NCWD plume abatement SPX Marley

MARLEY PPWD

SPX hybrid cooling towers
F400 PPWD SPX Marley
Concrete SPX Marley

MARLEY CLEARSKY

Marley Clearsky plume abatement

MARLEY Architectural

SPX Marley architectural MS
SPX Marley architectural

MS Marley Architectural

Applications for HVAC and tailored to architectural requirements

Robust construction

Wherever the architecture requires “hiding” the structural elements of cooling towers are used Marley solutions. The use of circulating water in fountains, sprinkler pyramids, and wherever the cooling tower must be hidden in the lowered terrain.

Each tower is individually designed for the investment and installation requirements. The use of Marley components responsible for the exchange of heat ensures the achievement of assumed performance.