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The Zeolite method of water softening become costly due to presence of
  • a)
    Chloride and sulphate
  • b)
    Iron and Manganese
  • c)
    Copper and Nickel
  • d)
    Sodium and Magnesium
Correct answer is option 'B'. Can you explain this answer?
Verified Answer
The Zeolite method of water softening become costly due to presence of...
The process of softening of water through Zeolite method become expensive due to presence of iron and manganese compound because iron and manganese zeolite cannot be regenerated back to sodium zeolite.
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The Zeolite method of water softening become costly due to presence of...
Reasons for the cost increase in Zeolite water softening:
- Presence of Iron and Manganese: Iron and manganese are common contaminants found in water sources. When present in high concentrations, they can interfere with the effectiveness of the zeolite softening process. These contaminants can cause fouling of the zeolite bed, leading to reduced efficiency and increased maintenance costs.
- Increased frequency of regeneration: The presence of iron and manganese often requires more frequent regeneration of the zeolite bed to maintain its effectiveness. This increased regeneration frequency leads to higher operating costs and can result in a decrease in the lifespan of the zeolite bed.
- Specialized treatment: In cases where iron and manganese levels are particularly high, additional treatment steps may be required before the water can be softened using zeolite. These additional treatment steps can add to the overall cost of the water softening process.
- Quality of zeolite: To effectively remove iron and manganese from water, high-quality zeolite with specific properties may be required. This specialized zeolite can be more expensive than standard zeolite, further increasing the cost of the water softening process.
In conclusion, the presence of iron and manganese in water sources can significantly increase the cost of using the Zeolite method for water softening due to the need for additional treatment steps, increased regeneration frequency, and the requirement for high-quality zeolite.
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The Zeolite method of water softening become costly due to presence ofa)Chloride and sulphateb)Iron and Manganesec)Copper and Nickeld)Sodium and MagnesiumCorrect answer is option 'B'. Can you explain this answer?
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