The BTA HDPE Bioball is a versatile and high-performance filtration media, designed to excel in a wide range of applications. Expertly crafted from virgin HDPE, these bioballs offer exceptional chemical resistance, high structural integrity, and a clog-resistant, open design to deliver reliable performance across multiple systems.
Key Features:
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Durable Material: Virgin HDPE ensures superior chemical resistance and long-term reliability.
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Optimized Structure: Open design prevents clogging, facilitates efficient flow, and supports effective backwashing.
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Versatile Applications: Suitable for pressurized or semi-pressurized systems, trickle filters, and degassing units.
Wide Application Potential:
BTA HDPE Bioballs shine in applications requiring gas transfer or filtration, including:
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Oxygen and Ozone Transfer: Ideal for systems managing oxygen or ozone in pressurized or semi-pressurized environments.
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CO2 Degassing: Perfect for CO2 removal in degassing units or simultaneous CO2 stripping and biological filtration in trickle filters.
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Ozone Removal and Reoxygenation: Effective for degassing units to handle ozone removal or reoxygenation tasks.
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Biological Filtration: Designed to balance surface area and void space for effective filtration while maintaining high hydraulic performance.
Specifications:
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25mm Bioballs: 60,000+ units/m³, 450m²/m³ surface area, 90% void space.
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38mm Bioballs: 22,000+ units/m³, 300m²/m³ surface area, 91% void space.
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50mm Bioballs: 10,000+ units/m³, 220m²/m³ surface area, 91% void space.
Best Practices:
For optimal performance, ensure solids are carefully managed. Avoid overloading systems and incorporate backwashing or cleaning mechanisms to maintain peak efficiency. When used correctly, BTA Bioballs offer exceptional results across diverse filtration needs.
BTA HDPE Bioballs
The BTA HDPE Bioball is a versatile and high-performance filtration media, designed to excel in a wide range of applications. Expertly crafted from virgin HDPE, these bioballs offer exceptional chemical resistance, high structural integrity, and a clog-resistant, open design to deliver reliable performance across multiple systems.
Key Features:
-
Durable Material: Virgin HDPE ensures superior chemical resistance and long-term reliability.
-
Optimized Structure: Open design prevents clogging, facilitates efficient flow, and supports effective backwashing.
-
Versatile Applications: Suitable for pressurized or semi-pressurized systems, trickle filters, and degassing units.
Wide Application Potential:
BTA HDPE Bioballs shine in applications requiring gas transfer or filtration, including:
-
Oxygen and Ozone Transfer: Ideal for systems managing oxygen or ozone in pressurized or semi-pressurized environments.
-
CO2 Degassing: Perfect for CO2 removal in degassing units or simultaneous CO2 stripping and biological filtration in trickle filters.
-
Ozone Removal and Reoxygenation: Effective for degassing units to handle ozone removal or reoxygenation tasks.
-
Biological Filtration: Designed to balance surface area and void space for effective filtration while maintaining high hydraulic performance.
Specifications:
-
25mm Bioballs: 60,000+ units/m³, 450m²/m³ surface area, 90% void space.
-
38mm Bioballs: 22,000+ units/m³, 300m²/m³ surface area, 91% void space.
-
50mm Bioballs: 10,000+ units/m³, 220m²/m³ surface area, 91% void space.
Best Practices:
For optimal performance, ensure solids are carefully managed. Avoid overloading systems and incorporate backwashing or cleaning mechanisms to maintain peak efficiency. When used correctly, BTA Bioballs offer exceptional results across diverse filtration needs.
