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Water Treatment

Nitrate Removal from Drinking Water

Water Treatment · Posted:2025-06-24 17:35:27 · Views 508

Nitrate Removal from Drinking Water

As people's requirements for drinking water quality increase, removing nitrate from water has become an important part of ensuring drinking water safety. BDX01FD ion exchange resin has performed well in the field of drinking water nitrate removal, bringing people safe and reliable drinking water.

The nitrate in groundwater in a certain area exceeded the standard. After the drinking water plant introduced BDX01FD ion exchange resin, it successfully solved this problem.

BDX01FD resin is a special macroporous strong alkaline anion exchange resin with a unique macroporous structure and special functional groups, which makes it show ultra-high selectivity and adsorption capacity for nitrate ions. During operation, it can accurately identify and quickly adsorb nitrate ions in water, while releasing harmless alternative ions, and the treatment efficiency is far higher than that of ordinary resins.

After testing, after using the resin for treatment, the nitrate content in the water dropped from the excessive 25mg/L to below 5mg/L, which fully meets the nitrate limit requirements in my country's "Sanitary Standards for Drinking Water".

Compared with other treatment technologies, BDX01FD resin has obvious advantages.

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First, it has strong selectivity, and only removes nitrate in a targeted manner. It also has high selectivity for nitrate in water bodies with high sulfate and chloride ion content.

Second, it is easy to operate. It only needs to load the resin into the fixed bed equipment, and it can run stably through simple water flow control without complicated process flow.

Third, it has excellent regeneration performance. It uses conventional salt solution regeneration, and the resin can be reused, which greatly reduces the operating cost.

In addition, BDX01FD also has good chemical stability and mechanical strength, and can work stably in a wide range of pH values and temperatures, and adapt to different water quality conditions.


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