Cooling Tower
Reliable cooling tower solutions designed to support heat rejection, process cooling and efficient HVAC system operation across industrial and commercial applications.
Reliable cooling tower solutions designed to support heat rejection, process cooling and efficient HVAC system operation across industrial and commercial applications.
Cooling towers are an important part of many industrial cooling and HVAC systems. They help reject heat from circulating water and support the overall cooling process.
Newtos Enviro provides cooling tower solutions that can be planned around the requirements of the facility, connected equipment, operating conditions and cooling application.
Cooling arrangements can be considered according to cooling requirements, available space, operating conditions and connected HVAC or process equipment.
Cooling towers are heat rejection devices used to remove unwanted heat from a water stream and support the cooling requirements of industrial and HVAC systems.
A Cooling Tower is a heat rejection device that rejects waste heat to the atmosphere through the cooling of a water stream to a lower temperature.
Cooling tower may either use the evaporation of water to remove process heat and cool the working fluid to near the wet-bulb air temperature or, in the case of closed circuit dry cooling tower, rely solely on air to cool the working fluid to near the dry-bulb air temperature.
The selection of a suitable cooling tower arrangement depends on the cooling application, operating conditions, connected system and the requirements of the facility.
Different cooling tower configurations can be considered according to the required cooling arrangement and application.
Adiabatic cooling arrangements use the cooling effect associated with air and water interaction to support heat rejection. These systems can be considered where efficient cooling and suitable operating conditions are required.
Cooling SolutionDelta type cooling tower arrangements can be used as part of industrial cooling systems where reliable heat rejection and integration with connected equipment are required.
Industrial CoolingCross flow cooling tower arrangements allow air and circulating water to interact across the cooling media. GRP construction can be considered for suitable industrial cooling applications.
Cross FlowCooling tower selection and configuration can be planned around the process requirement, operating environment and connected cooling equipment.
Cooling towers help reject unwanted heat from circulating water and transfer it to the surrounding environment.
The cooling process helps bring the circulating water to a temperature suitable for return to the connected cooling system.
Cooling towers can form part of a complete system involving pumps, piping, chillers, electrical systems and automation.
A cooling tower forms part of a water circulation system where heat is transferred from the circulating water and rejected to the atmosphere.
Warm circulating water enters the cooling tower after collecting heat.
Water is distributed through the tower to support effective air and water interaction.
Heat is transferred from the circulating water to the air moving through the tower.
Cooled water returns to the connected cooling system for continued operation.
Properly planned cooling tower systems can support reliable heat rejection and cooling requirements across different applications.
Helps remove unwanted heat from circulating water and supports the cooling process.
Can work as part of HVAC systems involving chillers, pumps and piping.
Can support cooling requirements in industrial and process applications.
Different configurations can be considered according to application requirements.
Cooling towers can be coordinated with electrical and automation systems.
Regular inspection and maintenance can help support dependable cooling system operation.
Cooling tower systems can be considered for a range of industrial, process and HVAC cooling requirements.
Cooling support for industrial equipment, machinery and utility systems.
Heat rejection support for industrial process cooling requirements.
Can be integrated with water-cooled chiller systems as part of the heat rejection loop.
Cooling infrastructure for manufacturing plants and industrial utility areas.