Condenser Water System Design

Steps 2 and 4 will be discussed in the next article.

Condenser water system design. Dedicate a pump for each condenser figure 1a. Let s compare the condenser water flow options. Controlling cycles of concentration successful cooling tower operation and performance involves a delicate balance between 1 keeping the dissolved solids such as calcium magnesium chloride and silica in the water from causing too much scale and or corrosion and 2 conserving make up water. The condensing pressure is generally much lower because the cooling tower performance depends on the ambient wet bulb temperature.

Three common piping arrangements. The condenser is then much smaller and can be located in the plant room. Online course free 1 5 hours 1 5 start quiz order program dvd sometimes overlooked the cooling towers and condenser water loop play and important role in the first cost function and efficiency of the chilled water systems. Cooling towers and condenser water system design and operation app cmc020 en.

Cooling tower and condenser water design part 9. It s best to begin by thinking about the chilled water system in 3 parts or stages. Design condenser flow rates and constant flow reduces installed costs saves the same amount of energy or more as if condenser flow rate is varied and and keeps system control both simple and understandable. Cooling towers and water cooled condensers an alternative design of the condensing system is to use a cooling tower and a water cooled condenser.

It s imperative that the sum of chiller condenser water pump and cooling tower. Designing the condenser water distribution system. See figure 1 each of these stages overlaps via some form of heat transfer ultimately taking the heat from the building and releasing it to the atmosphere using sequential media.