River & Lake Restoration | 80,000 m³/day | EPC Delivery

1. Project Overview

The Baiyangdian Ecological Dredging Phase III Super Magnetic Station Project is a key component of the comprehensive ecological restoration program for Baiyangdian Lake in Xiong’an New Area.

The project is part of a national-level watershed environmental protection initiative aimed at improving water quality, restoring aquatic ecosystems, and enhancing regional ecological resilience.

The system adopts advanced super magnetic separation technology to enable high-efficiency treatment of large-scale polluted water bodies, providing a rapid and scalable solution for ecological remediation in complex lake environments.

2. Project Information

3. Client Challenges

The Baiyangdian region is a key wetland ecosystem in northern China, facing complex ecological and environmental challenges:

• Large-scale polluted water body requiring rapid treatment

• Complex and mixed pollution sources across the watershed

• Short ecological restoration timeline requirements

• Dispersed treatment locations

• High sludge and suspended solids loading

• Strict requirements for water quality improvement

• Requirement to minimize ecological disturbance during construction

Core Challenge:
Deliver a high-capacity, rapid-response ecological treatment system suitable for large-scale watershed restoration.

4. Engineering Solution

SYNERAQUA implemented a modular super magnetic purification system designed for large-scale ecological water treatment.

Process Flow

Polluted Water → Coagulation Reaction System → Magnetic Seed Dosing → Super Magnetic Separation System → Clear Water Tank → Ecological Replenishment

Engineering Concept

• High-speed magnetic separation for rapid pollutant removal

• Coagulation-enhanced solid-liquid separation

• Modular skid-mounted system for rapid deployment

• Scalable configuration for large watershed applications

• Integrated automation and centralized control platform

5. Scope of Work

SYNERAQUA was responsible for full EPC delivery, including:

• Process design and engineering optimization

• Super magnetic purification system supply

• Modular skid-mounted equipment fabrication

• Automation and control system integration

• Installation and commissioning

• System performance testing and optimization

• Operational training and technical support

6. Key Technologies & Engineering Highlights

Super Magnetic Separation Technology enables rapid removal of suspended solids, phosphorus, and algae with high treatment efficiency.

High-Speed Water Purification System designed for large-scale, fast-response ecological remediation.

Modular Skid-Mounted Engineering Design ensures rapid deployment and flexible configuration across distributed sites.

Large-Scale Watershed Treatment Capability supports high-capacity ecological restoration requirements.

Intelligent Operation Platform provides centralized monitoring and operational optimization.

7. Performance Results

• Treatment Capacity: 80,000 m³/day

• System Configuration: 5 magnetic purification units

• Application: Large-scale watershed ecological restoration

• Operation Mode: Automated centralized control

• System Stability: >99%

8. Project Value

The project provides a high-efficiency solution for large-scale ecological water restoration in sensitive wetland environments.

Key contributions include:

• Rapid improvement of water quality in large watershed systems

• Effective removal of suspended solids, phosphorus, and algae

• Reduced ecological disturbance during construction and operation

• Modular scalability for large-area deployment

• Strong support for national ecological restoration strategies

• Enhanced long-term resilience of wetland ecosystems