The oil-removing fiber ball filter media is made from high-quality fiber yarn. It features a variable elasticity, no floating surface, large pore size, long service life, and low head loss.
Understanding the Oil Removal Mechanism of Fiber Ball Filters Used in Loudi Zhengda
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The de-oiled fiber ball filter media is produced from advanced fiber yarn. It offers excellent flexibility, a stable structure without floating particles, and a large pore distribution that allows for efficient filtration. During the filtration process, the pores within the filter layer gradually decrease in size as the water flows through, mimicking the structure of a dual-layer filter. This design enhances filtration efficiency, allowing for a much faster filtration rate—up to 3.5 times higher than traditional sand filters. Additionally, it has a high interception capacity, effectively capturing fine suspended particles that are difficult to settle.
The material can be regenerated through gas-water backwashing, requiring only 1–2% of the filtered water for cleaning, making it highly energy-efficient. It is suitable for various water quality conditions and is widely applied in industries such as oil fields, chemicals, metallurgy, and power generation. It is ideal for high-standard water treatment, recycling systems, side filtration, and wastewater reuse.
This innovative filter media not only improves filtration performance but also reduces operational costs and environmental impact, making it a preferred choice for modern water treatment applications.
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Understanding the Oil Removal Mechanism of Fiber Ball Filters Used in Loudi Zhengda
For more information, click here:
The de-oiled fiber ball filter media is produced from advanced fiber yarn. It offers excellent flexibility, a stable structure without floating particles, and a large pore distribution that allows for efficient filtration. During the filtration process, the pores within the filter layer gradually decrease in size as the water flows through, mimicking the structure of a dual-layer filter. This design enhances filtration efficiency, allowing for a much faster filtration rate—up to 3.5 times higher than traditional sand filters. Additionally, it has a high interception capacity, effectively capturing fine suspended particles that are difficult to settle.
The material can be regenerated through gas-water backwashing, requiring only 1–2% of the filtered water for cleaning, making it highly energy-efficient. It is suitable for various water quality conditions and is widely applied in industries such as oil fields, chemicals, metallurgy, and power generation. It is ideal for high-standard water treatment, recycling systems, side filtration, and wastewater reuse.
This innovative filter media not only improves filtration performance but also reduces operational costs and environmental impact, making it a preferred choice for modern water treatment applications.
Http://news.chinawj.com.cn Submission:
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