Surge 500T - A MBR equivalent to Zeeweed 500D
Welcome to Theway Membranes – your trusted partner in innovative water treatment solutions. We are excited to introduce our latest offering: the Membrane Bio Reactor (MBR), a cutting-edge solution designed as an exact equivalent and direct retrofit for Veolia's renowned Zeeweed 500D. Our MBR technology combines high performance with reliability, providing a seamless upgrade or replacement for existing systems. With a focus on sustainability and efficiency, Theway Membranes ensures your operations continue to run smoothly while optimizing water quality and reducing environmental impact. Explore our MBR solutions today and take your water treatment to the next level.
Welcome to Theway Membranes, where innovation meets reliability in water treatment solutions. We are proud to announce our new Membrane Bio Reactor (MBR), engineered as an exact equivalent and direct retrofit for Veolia's Zeeweed 500D. Designed for seamless integration, our MBR offers the same high performance, durability, and efficiency you expect, with the added benefits of cost-effectiveness and easy installation. Whether you're upgrading your current system or seeking a replacement, Theway Membranes provides a hassle-free solution that ensures optimal water treatment while minimizing downtime. Discover how our advanced MBR technology can enhance your operations today.
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Pore Size
The pore size of the Surge 500T membrane is 0.04 micrometers (µm). This ultrafiltration membrane effectively removes suspended solids, bacteria, viruses, and other pathogens from wastewater, ensuring high-quality effluent suitable for various reuse applications. The small pore size is crucial for achieving the high level of filtration required for advanced wastewater treatment processes.
Fiber Diameter
The fiber diameter of the Surge 500T membrane is 1.9 mm for the outer diameter and 0.8 mm for the inner diameter. Due to applying a glycerin protective layer on its surface, there may be a variance of ±0.1 mm in the outer diameter. The glycerin coating protects the membrane for a more extended period of stock.
Advantages
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High-quality filtrate
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Long service life to reduce OPEX
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Stable flux with high recovery rate by cleaning
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Direct and economical module replacement
Membrane Characteristics
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High quality raw material
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Reinforced membrane
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Compact design
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High resistance to fouling
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Direct and economic module replacement
Applications
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Industrial wastewater
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Municipal sewage
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Domestic sewage
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Submerged filtration
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Pretreatment of industrial water
Fiber Diameter
The fiber diameter of the Surge 500T is equivalent to the Zeeweed 500D membranes. Optimised fiber diameter is a perfect trade off between strength vs flow rate.
Surface Membrane Area
The Surge 500T Membrane offers a variety of membrane area options to accommodate different wastewater treatment capacities and system sizes. The membrane areas for the Surge 500T models are 31.6 m², 34.4 m², 40.9 m², and 27.9 m². Specifically, the model with a membrane area of 27.9 m² has dimensions of 1835 mm in length, 844 mm in width, and 49 mm in thickness. The other three models, with membrane areas of 31.6 m², 34.4 m², and 40.9 m², share the exact dimensions of 2198 mm in length, 844 mm in width, and 49 mm in thickness. This range of sizes and membrane areas allows for flexible integration into various system configurations, ensuring that the Surge 500T can meet the specific needs of different wastewater treatment projects.
Pore Size
The pore size of the Surge 500T membrane is 0.04 micrometers (µm). This ultrafiltration membrane effectively removes suspended solids, bacteria, viruses, and other pathogens from wastewater, ensuring high-quality effluent suitable for various reuse applications. The small pore size is crucial for achieving the high level of filtration required for advanced wastewater treatment processes.
AdvantagesTechnical Comparison: Suez Zeeweed 500D vs. SURGE 500T
All values mentioned in this page are subject to change withour prior notice. No liability shall be accepted for use of these values.
Module Dimensions
