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One Ton of Refrigeration was defined as the energy removal rate that will freeze 1 ton of **water** at 0 °C (32 °F)in one day, or, the amount of heat required to melt 1 ton of ice in 24 hours. The unit's value is approximately 11,958 Btu/h (3.505 kW), redefined to be exactly: 1 Ton of Refrigeration = 12,000 Btu/h (3.517 kW) = 3,024 Kcal/h 4. **Chiller** Tonnage **Calculation** Formula. **Calculate** Temperature Differential = Incoming **Water** Temperature (°c) – Required Chilled **Water** Temperature. **Calculate** the **water** flow rate that you need per hour (m³/hour) **Calculate** tons of **cooling** capacity = **Water** Flow Rate x Temp. Differential ÷ 0.86 ÷ 3.517. Oversize the **chiller** by 20% Ideal Size in. e Expressed as g PM-10/daL (lb PM-10/103 gal) circulating **water** flow. parameter for the **cooling tower water** (such as conductivity, calcium, chlorides, or phosphate) to that parameter for the **make-up water**. This estimated **cooling tower** TDS can be used to **calculate** the PM-10 emission factor as above. If neither of these methods can be used, the.

makeup(MU) to acoolingtoweris represented by the following equation. MU = E + BD + D Incoolingtowerswith well-engineered...waterand dry air in acooling tower. (See Air Rate andWaterRate) Blade or passage type assemblies installed at the air inlet face of acooling towerto controlwatersplashout and/or promote uniform air flow through the fill. In the case of film-type crossflow fill, they may be integrally molded to the film ...