Introduction to Desalination. Louis Theodore

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Introduction to Desalination - Louis Theodore


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252 Btu kW-hr 2.93 x 10-4 ft-lbf cal 0.3239 ft-lbf J 1.356 Power W J/s 1 W cal/s 0.2390 W ft-lbf/s 0.7376 W kW 10-3 kW Btu/s 0.949 kW hp 1.341 hp ft-lbf/s 550 hp kW 0.7457 hp cal/s 178.2 hp Btu/s 0.707 Concentration µg/m3 lb/ft3 6.243 x 10-11 µg/m3 lb/gal 8.346 x 10-12 µg/m3 gr/ft3 4.370 x 10-7 gr/ft3 µg/m3 2.288 x 106 gr/ft3 g/m3 2.288 lb/ft3 µg/m3 1.602 x 1010 lb/ft3 µg/L 1.602 x 107 lb/ft3 lb/gal 7.48 Viscosity P (poise) g/cm-s 1 P cP (centipoise) 100 P kg/m-hrv 360 P lb/ft-s 6.72 x 10-2 P lb/ft-hr 241.9 P lb/m-s 5.6 x 10-3 lb/ft-s P 14.88 lb/ft-s g/cm-s 14.88 lb/ft-s kg/m-hr 5.357 x 103 lb/ft-s lb/ft-hr 3,600 Volume m3 L 1,000 m3 cm3 (cc, mL) 106 lb/ft-s kg/m-hr 5.357 x 103 lb/ft-s lb/ft-hr 3,600 Heat Capacity cal/g-°C Btu/lb-°F l cal/g-°C kcal/kg-°C l cal/g-°C cal/gmol-°C molecular weight cal/gmol-°C Btu/lbmol-°F l J/g-°C Btu/lb-°F 0.2389 Btu/lb-°F cal/g-°C 1 Btu/lb-°F J/g-°C 4.186 Btu/lb-°F Btu/lbmol-°F molecular weight
Units Conversion constants
L gal ft3 m3 ac-ft
Liters (L) 1.0 0.2642 3.531 x 10-2
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