Name: STARK MBR Wastewater Treatment System for High-Quality Effluent
Brand: GETM
Availability: InStock
Rating: 4.7 (72 reviews)

STARK MBR Wastewater Treatment System for High-Quality Effluent

STARK MBR Wastewater Treatment System for High-Quality Effluent

Compact MBR Wastewater Treatment Solution with Superior Effluent Quality The STARK MBR Wastewater Treatment System combines advanced biological treatment with membrane separation technology to deliver consistent, high-quality effluent. Ideal for residential communities, hospitals, hotels, and industrial parks, this compact system is engineered for small-to-medium wastewater applications where strict discharge standards must be met. With its modular design and low operational footprint, the system can be installed either above ground or underground. It is particularly suitable for decentralized sewage treatment scenarios requiring quiet, odorless, and automatic operation.

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Product Description

Advanced Design for Reliable and Efficient Wastewater Treatment

The STARK MBR Wastewater Treatment System adopts the Membrane Bioreactor (MBR) process, which integrates biological degradation and membrane filtration in a single compact unit. The system uses submerged ultrafiltration membranes (hollow fiber or flat sheet) to effectively separate treated water from activated sludge, ensuring low turbidity and pathogen-free effluent.

The biological treatment section typically includes anoxic and aerobic zones for nutrient removal, while the membrane tank provides physical filtration. This configuration allows for higher mixed liquor suspended solids (MLSS) concentrations, reducing tank volume and footprint requirements.

Key components of the system include:

MBR membrane modules (UF membranes with 0.1–0.4 μm pore size)
Integrated PLC-based automatic control system
Blowers, submersible pumps, and cleaning system
Anti-clogging aeration system for membrane scouring

The unit supports customizable configurations, such as chemical dosing modules for phosphorus removal, UV disinfection, or tertiary treatment upgrades.

Product Parameter

Technical Specifications

Model	Treatment Capacity (m³/day)	Membrane Type	Membrane Area (m²)	Power Consumption (kW)	Footprint (m²)	Operating Mode
ST-MBR-5	5	Hollow Fiber UF	20	1.1	4	Submerged
ST-MBR-20	20	Flat Sheet UF	80	2.5	10	Submerged
ST-MBR-50	50	Hollow Fiber UF	200	4.0	18	Submerged
ST-MBR-100	100	Flat Sheet UF	400	7.5	30	Submerged

Applicable Industry

Applicable Industries

The STARK MBR Wastewater Treatment System is engineered for high-efficiency treatment of complex effluents across diverse sectors. It is ideal for businesses seeking to meet increasingly strict discharge regulations and improve water reuse practices. Typical application industries include:

Municipal Wastewater Treatment: Suitable for decentralized sewage systems, rural sanitation projects, and urban wastewater stations.
Food and Beverage Manufacturing: Handles organic-rich effluents with high BOD/COD loads from dairies, breweries, meat processing, and snack production plants.
Textile and Dyeing Plants: Treats colored and chemical-laden wastewater, improving water quality for recycling or discharge.
Pharmaceutical and Chemical Industries: Ensures effective separation of biological and chemical contaminants, ideal for stringent discharge control.
Industrial Parks & Complexes: Centralized solution for treating mixed wastewater from various tenants before reuse or discharge.
Resorts, Hotels, and Remote Facilities: Compact and quiet design is ideal for on-site wastewater treatment and landscape irrigation reuse.

By integrating membrane separation with biological treatment, the STARK MBR System offers high-quality effluent suitable for reuse applications, including flushing, irrigation, and industrial processes.

Advantage One: High-Efficiency Performance

The STARK MBR system combines biological treatment with advanced membrane separation, delivering exceptional removal of organic and suspended solids. Its key performance advantages include:

High Effluent Quality: Achieves turbidity below 1 NTU and BOD levels <10 mg/L, suitable for reuse and environmental discharge.
Superior Biomass Retention: Membrane units allow for higher MLSS concentrations (up to 10,000 mg/L), enhancing biodegradation efficiency and reducing footprint.
Stable Performance Under Load Variations: Robust biological design handles peak flow and pollutant load fluctuations with minimal impact on output.
Reduced Sludge Volume: Enhanced sludge age reduces excess sludge generation, lowering disposal and operational costs.
Improved Resistance to Shock Loads: Suitable for facilities with variable influent composition, ensuring consistent operation.

With consistently high removal rates for COD, BOD, NH₃-N, and TSS, this system ensures compliance with strict wastewater regulations in various industries.

Advantage Two: Compact & Intelligent Design

Designed with operational efficiency and spatial limitations in mind, the STARK MBR system delivers a highly integrated and space-saving solution. Key design features include:

Compact Footprint: The integrated membrane module and bioreactor structure significantly reduce space requirements compared to conventional systems.
Modular Configuration: Flexible modular units allow for easy capacity expansion and layout customization based on site constraints.
Automated Operation: Built-in PLC control system with remote monitoring supports unattended operation, enhancing reliability and reducing labor costs.
Low Maintenance: High-quality membrane materials and backwash routines extend service life and minimize downtime.
Skid-Mounted Options: Factory-assembled skid versions are available for rapid on-site installation and commissioning.

STARK’s MBR systems are ideal for space-limited locations and mobile or containerized wastewater treatment setups, providing both technical and operational advantages.