Detailed Product Description

1Prue water flow:design10t/h, max hydrometry 20t/h,min hydrometry 8t/h,average 10t/h.

2Dying water flow:design 12t/h,working for 12hours per day

3heat dyeing water input temperature T2: 50∼60

Cool dyeing water output temperature T1: 23∼25

4heat pure water output temperature t141∼45

Cool pure water input temperature t213∼15

5dying water temperature fall down from 55(average temperature)24(average temperature) after through recycle system.

6pure water temperature rise up from 14(average temperature)to 43(average temperature)

7dying water heat energy transfermation capacity Q1C(water specific heat capacity)×m1water quality×T2-T1

    4.2×10³J/Kg·×12×10³T/h×12 h×552418.75GJ

8pure water heat energy absorbtion capacity C(water specific heat capacity)×m2water quality×t2-t1=4.2×10³J/Kg·×10×10³T/h×12 h×431414.62GJ

9system recycle efficiencyηQ2/Q114.62GJ/18.75GJ78

10system heat energy benefit(per day) 1saving steam tonnage× steam

priceQ2/2510×10³KJ×26usdpipeline steam price

14.62GJ/2510×10³KJ×26usd154usd

1T steam10³Kg steam0.6×10³Kcal2510×10³KJ

11cost(per day)21.5Kw×12h×1/Kwh2.6usd

12per day total energy-saving benefit12=154usd2.6usd151.4usd

Per month total energy-saving benefit 151.4usd×30days4544usd

Per year total energy-saving benefit 4544usd×12 monthes54529usd