Advanced Biological Filtration System Featuring Mbr Wastewater Treatment for Factory Effluent Purification

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Advanced Biological Filtration System Featuring Mbr Wastewater Treatment for Factory Effluent Purification

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Product Description

Technical Specifications

Model NO.	IUWS-1000
Type	A/A/O
Method	Biological Treatment
Usage	Industrial, Home, Agriculture, Hospital
Installation	Upgound/Underground

Material	Carbon Steel/Stainless Steel
Operation	Automatic
Sludge System	Yes
Specification	1-10000m³/day
Origin	China

One-stop sewage and wastewater treatment project solutions, from design to operation, to help you achieve emission or recycling standards without worry.

Principle Flow Chart

Integrated Wastewater Treatment Equipment

The integrated sewage and wastewater treatment system is a compact system that integrates traditional treatment processes such as pretreatment, biological reaction, sedimentation, and disinfection into modular equipment. Its core features are small footprint, quick installation, and easy operation and maintenance.

Industrial Scenes

Targeted pretreatment + enhanced biological/chemical reaction for high COD and heavy metals. Removal rates up to 99%.

City Scenes

High-efficiency biological reactors (MBR) for confined urban spaces. AI-powered real-time monitoring.

Rural Scenes

Low-cost ecological processes with solar-assisted technology. Simple operation via mobile app.

Our Core Advantages

Full-sector layout: "Water ecology + multiple scenarios" full-area service capabilities.
Hard core technology: Full-chain patented technology supports multi-scenario adaptation.
Full life cycle service: Guarantee from implementation to operation and maintenance.
Customization: Accurately adapt to water quality pain points in various scenarios.
Compliance: Consistent with low-carbon policy and sustainable development needs.

Related Support Systems

Global Customer Cases

500L/H DAF Machine - Cheese Factory

Customized to handle high-fat and high-suspended milk protein wastewater. Fat removal rate exceeds 90%, significantly reducing COD value to meet strict emission requirements.

1200m³ Domestic Wastewater Treatment

Integrates highly efficient A/O biological reactor with intelligent disinfection. COD removal rate exceeds 85%, and ammonia nitrogen is reduced to below 5mg/L for landscaping irrigation reuse.

100m³/Day Kitchen & Bathroom Reuse

Efficiently separates oil and food residue. Oil removal rate exceeds 92%. Treated water meets requirements for flushing, landscaping, and workshop cleaning.

Our Mission

To use green technology to drive the entire wastewater treatment process, revitalizing wastewater as a resource, reducing carbon emissions, and safeguarding a sustainable green future.

Frequently Asked Questions

What is the typical cycle for a Turnkey Project?

For small-scale projects (≤5,000 tons/day), the cycle is 3-6 months. Medium-scale projects take 6-12 months, and large-scale infrastructure requires 12-18 months.

What are the acceptance criteria for sewage treatment projects?

Criteria include treatment efficiency meeting standards (e.g., COD removal ≥85%), effluent meeting regulatory requirements, and ensuring 100% harmless sludge disposal.

How do you handle design changes during construction?

Design changes follow a formal process: submission of application, technical review, cost confirmation, and construction briefing. Non-essential changes require a supplementary agreement.

What kind of post-delivery training is provided?

We provide operational training (startup/shutdown, troubleshooting) and management training (energy optimization, compliance). A manual and one free refresher session during the warranty are included.

What is the response time for technical faults?

We offer a 24-hour response system. Routine faults are addressed within 24 hours on-site, while emergency faults receive a response within 8-12 hours.

What types of wastewater can your systems treat?

Our systems cover domestic wastewater (activated sludge), industrial wastewater (customized anaerobic-aerobic processes), and agricultural wastewater using ecological technology.