Multimedia Sediment Filter
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Multimedia Sediment Filter

If you're looking for a reliable and effective solution for filtering sediment from your water, a multimedia sediment filter may be just what you need. This type of filter utilizes multiple layers of various media to effectively remove sediment and other particles from your water supply, providing you with clean and safe drinking water.

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Product Introduction

product-1117-657

Technical requirements

●Min. pressure: 0.2Mpa

●Max. pressure:1.0Mpa

●Working temperature:<65℃

●Water in/out: 4 inch

●Power:220V/50Hz

The concept of multimedia filtration can be traced back to early sand filtration practices used for water treatment starting in the 1800s. Operators observed that pre-coating sand with other media improved clarification efficiency.

In the early 1900s, the first designed multimedia filters employed graded layers of materials like sand, gravel and charcoal to provide successive physical and chemical treatment. However, limited understanding of hydraulics led to mixing challenges.

Advancements in filtration theories and fluid dynamics during the 1920s revolutionized multimedia filtration modeling. Predicting flow distributions through different zones optimized media selections and arrangements.

Piloting various sand-anthracite-garnet combinations at treatment plants through the mid-20th century validated improved removal of turbidity, bacteria and other contaminants compared to single-media filters. This established multimedia filters as a core technology.

As analytical methods detected more compounds in water supplies from industrial and agricultural runoff post-World War II, incorporating activated carbon and greensand enhanced removal of organics, pesticides and heavy metals beyond the capabilities of simpler filters.

Computational fluid dynamic modeling in the 1980s-90s refined hydraulics between media layers, improving backwashing efficiency and contact time predictions. Customizable designs addressed diverse raw water qualities internationally.

Today's multimedia filters leverage a toolbox of engineered media paired through scientific hydraulics modeling and pilot testing. Advanced metering and controls optimize performance for potable water production and industrial applications on larger scales.

Ongoing R&D expands applicable chemistries to match water treatment needs, cementing multimedia filtration as a cornerstone technology responsible for public health worldwide.

Model	Sc05-300	Sc05-400	Sc05-500	Sc05-600	Sc05-700	Sc05-800
Scale	Φ300×1600	Φ400×1600	Φ500×1650	Φ600×1700	Φ700×1600	Φ800×1600
Quantity of flow	0.5~1m³/h	1~1.5m³/h	1.5~2m³/h	2~4m³/h	4~6m³/h	6~8m³/h

Model	Sc05-900	Sc05-1000	Sc05-1200	Sc05-1400	Sc05-1500	Sc05-1600
Scale	Φ900×2400	Φ1000×2500	Φ1200×2700	Φ1400×2800	Φ1500×2900	Φ1600×2900
Quantity of flow	7~9m³/h	8~11m³/h	10~14m³/h	12~18m³/h	14~22m³/h	18~25m³/h

Model	Sc05-1800	Sc05-2000	Sc05-2200	Sc05-2400	Sc05-2500	Sc05-2600
Scale	Φ1800×3200	Φ2000×3300	Φ2200×3500	Φ2400×3500	Φ2500×3600	Φ2600×3700
Quantity of flow	24~32m³/h	28~40m³/h	35~45m³/h	40~55m³/h	45~60m³/h	55~65m³/h

Model	Sc05-2700	Sc05-2800	Sc05-3000	Sc05-3200	Sc05-3400	Sc05-3500
Scale	Φ2700×3750	Φ2800×3800	Φ3000×3850	Φ3200×3950	Φ3400×4100	Φ3500×4300
Quantity of flow	60~72m³/h	68~85m³/h	75~95m³/h	90~110m³/h	100~125m³/h	110~140m³/h

Model	Sc05-300	Sc05-400	Sc05-500	Sc05-600	Sc05-700	Sc05-800
Scale	Φ300×1600	Φ400×1600	Φ500×1650	Φ600×1700	Φ700×1600	Φ800×1600
Quantity of flow	0.5~1m³/h	1~1.5m³/h	1.5~2m³/h	2~4m³/h	4~6m³/h	6~8m³/h