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Softening to change the operational aspects of counter-current regeneration

More, in order to avoid violent chaos layer exchange agent, or water hardness could not table cell. There are salt concentration of 2 to 3% as well. If the concentration is too high then the buoyancy increases, but also easy random layer. In addition, useful top gas cap pressure or water pressure method to prevent the chaotic layer, please refer to Yao et al Ⅸ following set of industrial boiler water treatment and water quality analysis of Labor and Personnel Press,[link widoczny dla zalogowanych], I987 edition page 224. In the salt pump large flow rate is not easy to maintain t, can be used short-circuit valve, so that flow down inside the beam to soften. (Indiscriminately 3) I989 of Taiwan Journal of 1,2 \. Hoard 3, reduced use of short-circuit the valve and pipeline caught the hint of salt reservoir flow loop (depression. Money for the short pipe) insufficient or too much salt causes failure of the system with salt water to reduce the amount is insufficient, causing regeneration frequently. The excessive salt water though the system increases, but the losses will certainly increase the salt is not economical. Counter-current regeneration of the amount of salt is less than one-third or downstream regeneration salt one-half of the decision by the adjustment test can also be calculated as follows. Salt (kg / time) = exchange dose (M) where the amount of base equivalent of Joseph Charles plug parameters of SVM 100082; to 1.4 times the theoretical amount of salt (g / g equivalent) = 58.5 × 1.4i000: the converted into kilograms g exchange capacity: strong acid cation exchange resin by i000 g equivalent / cubic meter meter, sulphonated coal equivalent at 400 grams / cubic meter of dollars. Exchange dose; as softening diameter (m) × 0.785x loaded high (m) Third, after the salt is not excessive use of salt softened water replacement or replacement is completed, the application of the direction and flow of softened water will be recycled by reaction products (Chlorine of calcium and magnesium chloride, etc.) replacement removed. But misuse can modify three failed t1. Complete replacement of salt and not to wash down this operation immediately will return to the exchange agent Ai reaction, the leaving of water cycle is very short. 2. Complete replacement of salt with the raw water level so that failure of the protective action to the water system was not qualified. 3. Complete replacement with the softened water with salt over the end of this operator that the replacement should be the equivalent of waste water hardness of 0.03 mg / liter, so excessive consumption of softened water failed. Close to the actual replacement of the hardness of raw water hardness to waste. Some units to waste raw water hardness is lower than 5 times the hardness of the end for the replacement, such as raw water hardness equivalent to 3 mg / l Zeyi replacement to the waste of softened water hardness is lower than l5 meq / l that is the end of that exchange, can be washed down,[link widoczny dla zalogowanych], the effect is also very good. 989 1,[link widoczny dla zalogowanych],2 Journal of Taiwan to counter the conclusion softener regeneration,[link widoczny dla zalogowanych], run sort out divining stalks for the following items should be noted; 1. Salt and replacement during the process, the protective layer can not be chaotic layer. 2. The amount of salt not too much or too little. 3. Complete replacement of the application of salt to the waste of softened water hardness close to the raw water hardness. Caused by improper operation of our analysis is due to the aforementioned devices into the operating method of counter-current regeneration still remains in the l-turn flow caused by regeneration method. Many references to the current renewable method of operation is not detailed enough talk, but also one of the reasons. 1987--2005 of World Energy, electricity and nuclear power, nuclear power growth trend, according to Ⅸ Newsletter \trends, particularly in developing countries. Recently published from 1987 to 2005, energy, electricity and nuclear power forecast report shows that nuclear power during this period the average annual growth rate of 3.8 ~ 4.6. Developing countries (including Eastern Europe) the average annual growth rate of 7.2 ~ 8.8. This is almost the average annual growth rate of industrialized countries, 3.4 to 4 times. I987 to 2005, energy, electricity, nuclear power an average annual growth rate (), nuclear energy and electricity areas (production) (consumption) North America 1.2 ~ 1.82.2 ~ 3.12.2 ~ 2.8 Western Europe 1. 2 ~ 1.82.2 ~ 2.52.3 ~ 2.9 1.2 ~ Pacific industrialized countries, 1.91.8 ~ 3.24.7 ~ 5.2 1.7 ~ 2.33.0 in Eastern Europe ~ 3.77.0 ~ 7.8 2.2 ~ 3.24.7 ~ 5.96.2 in Asia 7.9 2.6 Latin America 4. O5.6 ~ 7. Africa and the Middle East O11.2 ~ 13.8 2.3 ~ 8.3 ~ 3.55.5 ~ 7.71.5 ~ 2.43.0 the world average of 1.7 to 4. O3.8 ~ 4.6 1.4 ~ 2 in industrialized countries. O2.3 ~ 3.13.4 ~ 4.0 2.2 ~ 3.34.8-6.37.2 ~ 8.8 in developing countries (taken from the publication \day)
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