The construction type cooling tower is an absolutely essential component in many industrial processes that generate large amounts of heat. It helps dissipate the heat produced by the process by transferring it to the surrounding air through evaporative cooling. Cooling towers are used in various industrial processes and HVAC systems to remove heat from a building or industrial process.
A construction type cooling tower requires careful planning and implementation to ensure efficient and safe operation.
Of course, this planning should be coordinated with the support you get from us.
- Concrete Construction-Type Water Cooling Towers
- CTP Construction-type Water Cooling Towers
- Steel Construction-Type Water Cooling Tower
The general steps for cooling tower installation are:
Location Selection:
Choose a suitable location for the cooling tower beforehand. Key factors to consider include accessibility, environmental regulations, proximity to water sources and, of course, site selection for proper air flow.
Factors such as access to water, electricity, and proximity to industrial processes requiring cooling must be fully taken into account. The installation location must be chosen carefully.
Permissions and Regulations:
Check local building codes, environmental regulations and permits required for cooling tower installation. Obtain all necessary approvals from relevant authorities.
Design and Sizing:
To choose the appropriate size and cooling tower type, first determine the cooling requirements of your process. The technical data of the tower designed to suit your process will definitely be presented to you by our company. Then design the plumbing and electrical systems to be connected to the cooling tower in accordance with the technical data provided.
Tower Base:
Construct a solid concrete basin for the cooling tower according to the given project. Make sure it is level and can support the weight of the tower and circulating water.
Tower Assembly:
The cooling tower is generally assembled on-site and by combining parts sent to the field. The tower’s columns are lifted into place and fixed to the foundation. The tower assembly begins after beam connections are made. Afterwards, the layers of the tower are created and its assembly is completed.
Piping and Electricity:
Install the piping and connections to and from the cooling tower, including the cooling water supply and return lines.
Electrical Wiring:
Connect electrical wiring to the cooling tower, including fan motors, control systems, and other electrical components.
Water Purification:
Water purification systems must be installed in the tower to prevent scaling, corrosion and biological growth. This is important to ensure efficient operation of the tower and extend the life of the tower components.
Commissioning:
Test and commission after tower assembly is completed. This includes verifying that all systems are operating as intended and that the tower has the ability to effectively cool the process
Construction Type Cooling Tower Features
- Installation is done in the field
- It is designed for maximum performance.
- It works in all weather conditions.
- The assembly of the tower, whose project has been prepared in advance, is planned and fast.
Cooling towers are indispensable for cooling process water and keeping equipment from overheating. They are useful in industrial facilities such as oil refineries, chemical plants and thermal power stations, and they are common in manufacturing facilities and many buildings with HVAC systems.
Cooling towers come in various types, and it’s important to choose the correct one for your plant’s needs. In the guide below, we’ll explain how these apparatuses work and discuss some of the different types of cooling towers.
GRP counter flow cooling towers are used in all sectors such as energy, iron and steel, food as well as in all industries.
GRP counter flow cooling towers are the most preferred type of counter flow cooling towers in recent years. The main advantage of GRP cooling towers is that they are resistant to the destructive effects of water, air and sun. There is no risk of corrosion.
Advantages of pultrusion ctp structural elements used in cooling towers
High strength
Pultrusion GRP profiles approach the strength of steel in tension and compression.
Light weight
80% less than steel, 30% less than aluminium.
Corrosion resistance
' Unaffected by a wide range of abrasive materials; resistant to deterioration.
Quality construction
Cut and drilled to project specifications, GRP profiles will not warp, bend or split after manufacture. This ensures safe and efficient tower erection on site.
Non-conductive
Reduces the risk of electric shock compared to metal towers.
No protective maintenance chemicals are used in the cooling tower structure.
Flame retardant products are available on request.
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