Biological Wastewater Treatment System from KINTEP NEW POWER

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Biological Wastewater Treatment System-Image

Challenge:

Conventional biological wastewater treatment is slow, space-intensive, and labor-dependent. Traditional systems struggle with unstable performance under variable loads, produce high-moisture sludge that drives up disposal costs, and require constant manual oversight. Corrosive wastewater further accelerates equipment wear, leading to frequent downtime and disrupted production.

Wastewater Treatment System:

Reaction System: Chemicals are optimally dosed to coagulate and flocculate the fine suspended solids, preparing them for removal.
Sedimentation System: Advanced Lamella Clarifier separates sludge from the clarified water with high efficiency. Filtratde is clear for water reuse in the production.
Filter Press System: Dewaters the collected sludge, transforming it into solid, low-moisture cakes for easy disposal or transport. Filtratde is clear for water reuse in the production.
Control System: PLC automates the entire process for consistent, hands-off operation.

Features & Benefits:

Full PLC Automation: Ensures consistent treatment quality, reduces labor costs, and minimizes human error. The system runs reliably 24/7 with minimal operator intervention.
Compact, Skid-Mounted Design: Drastically reduces the footprint and simplifies installation. The pre-assembled unit is easy to transport and can be flexibly relocated as factory layouts change.
High Efficiency & Stable Performance: 15 times faster than convention systems. High-quality water for reuse. The German imported key components and the robust design guarantees stable performance under variable load conditions.
Low-Moisture Sludge: Produces dense, solid sludge cakes with very low water content. This significantly reduces sludge volume, lowering disposal costs and simplifying handling.
Anti Corrosion: Built with materials resistant to corrosive / acid / alkaline wastewater, enhancing the system's durability and longevity, and reducing maintenance needs.
Low Energy Consumption: Optimized processes and efficient components keep operational power costs to a minimum, improving the total cost-of-ownership.