Timber Cross Flow Cooling Tower For Industrial

Timber cross flow cooling towers are a type of cooling tower that uses a wooden framework and cladding to support the tower structure. Here are some typical specifications for timber cross flow cooling towers:

Capacity: Timber cross flow cooling towers typically have a capacity ranging from 10 to 5000 GPM (gallons per minute), depending on the specific application.

Framework: The framework of a timber cross flow cooling tower is typically made of treated wood, such as redwood, cedar, or Douglas fir. The wood must be treated to prevent decay and insect damage.

Cladding: The cladding of a timber cross flow cooling tower is also typically made of treated wood, and it serves to protect the tower structure from the elements. The cladding can be customized to meet specific aesthetic or functional requirements.

Fill: The fill material used in timber cross flow cooling towers is typically made of PVC or wood slats. The fill is responsible for increasing the surface area of the tower, promoting contact between the water and air, and facilitating the heat transfer process.

Fans: Timber cross flow cooling towers use axial flow fans to move air through the tower. The fans can be belt-driven or direct-driven, depending on the specific application.

Drift Eliminators: Drift eliminators are used to reduce the amount of water droplets that escape from the cooling tower. Timber cross flow cooling towers typically use PVC or wood drift eliminators.

Water Distribution System: The water distribution system of a timber cross flow cooling tower includes a spray system that distributes the water evenly over the fill material. The distribution system may include nozzles or spray bars, depending on the specific application.

Sump: The sump of a timber cross flow cooling tower collects the cooled water and directs it back to the heat exchanger. The sump must be designed to prevent the accumulation of debris and sediment.

Overall, timber cross flow cooling towers offer several advantages, including low cost, low maintenance, and easy customization. However, they require regular inspection and maintenance to prevent decay and ensure optimal performance.