Cooling Tower Makeup Water Calculator How To Calculate In

The amount of cooling they produce varies and its important to know how much cooling a chiller is producing or is able to produce.

Cooling Tower Makeup Water Calculator How To Calculate In

Well first look at how to calculate in metric units and then imperial.

This means the average temperature is 9c so we lookup the water properties at this temperature to find the density of 999.78kgm3 and a specific heat capacity of 4.19kJkgK.

The Specific heat capacity (Cp) is measured in units of kJ per kg per Kelvin.

Requirement parameters are: 1) heat circulating water from ambient inlet 27 degC to supply outlet 60 degC; 2) current chiller design 35 kW; 3) chilled water supply inlet 14.8 degC and return outlet 8 degC.

Please advise with justificationcalculations if this system chiller is able to perform to its requirements.

Hot water supply to roof storage tanks usage 12 cu.metres per day).

IF I manage to use analytics to understand my actual demands and use it to reduce the chill water flow rate and optimise the delta temperature of chill water inlet and outlet at AHU level, and save an average of 30 energy saving using btu meters measure at the 4 ahu chill water.

For example, I have a low temperature chiller that provides 5RT (60,000 Btu)at a leaving temperature of 5F while at 95F ambient temperature how can I calculate its cooling capacity at 10F, 20F, 30F 40F outlet temperatures.

As well as how to calculate the aluminum finned type heat exchanger.

The water originates from a well in the ground and returns to after running through the air handlers.

Is there a wat to clean the coils that the well water runs through.

The water originates from a well in the ground and returns to the well after running through the air handlers.

Is there a way to clean the coils that the well water runs through.

My client wanted me to provide chilled water that will run to their hydroponic system.

Actually they wanted me to use their existing 3-hp compressor, recoil it and put it inside a pipe where water will pass through.

We are expecting water will cool down as it leaves the unit and goes directly to their hydroponic set-up.

Im finding difficulty in getting the cooling surface area suitable for 3-hp compressor.

Do you have a table where i can see required cooling surface area (of copper tubes or finned tubes) for any compressor capacity I appreciate if you can help me on this.

The idea is to modify the evaporator, coil it inside a pipe where water will pass through.

Will it be depend on inlet N.Gas consumption Electrical Load.

We have an LED with a forward voltage of 2V which requires 20mA (0.02A)A 9V batteryWhat size resistor is required.

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