A Chemical Skid is a pre-assembled, factory-tested package used for Cooling Towers to provide precise water quality control. It doses chemicals to prevent scale, corrosion, and biofouling, reducing on-site installation work and ensuring stable cooling system operation.

The Distribution Line for a Cooling Tower is the MV to LV electrical system that supplies power to its fan and pump motors. The key elements are proper Protection Coordination, power quality management (e.g., harmonics from VFDs), and preventive maintenance (like Thermography) to prevent trips, reduce inrush current, and extend equipment life, ensuring reliable cooling system operation.

The drive shaft in a cooling tower transmits power from the motor to the fan gearbox in a high-moisture, corrosive environment. Maintenance focuses on corrosion protection, precise alignment (compensating for thermal growth), shaft balancing, and avoiding critical speed to prevent severe vibration and extend the life of the gearbox and bearings.

A Spray Nozzle is a device that controls the flow of liquid into specific spray patterns (e.g., full cone, flat fan, mist). It is crucial in industry for applications like cleaning, cooling, coating, or dust control. Selecting the correct nozzle type, material, and pressure, along with proper maintenance to prevent clogging, is essential for process efficiency.

A Cooling Tower is a critical system in a power plant, primarily responsible for dissipating excess heat from cooling water through evaporation to maintain stable machinery temperatures. Proper selection (e.g., concrete, FRP) and regular maintenance, such as water quality control and scale prevention, are essential for the efficiency and stability of power generation.

A heat exchange system is a set of equipment designed to efficiently transfer thermal energy, helping to reduce energy loss and save costs in various industries, from power plants to air conditioning systems.