LEADERS IN INDUSTRIAL EFFLUENT ENGINEERING AND TREATMENT

INDUSTRIAL WASTEWATER TREATMENT PLANTS
TURNKEY PROJECTS

We design, build and deliver comprehensive industrial and municipal wastewater treatment plant projects to meet your needs from start to finish. We handle detailed engineering, reactor manufacturing, civil works, international logistics and commissioning, ensuring full compliance with the most stringent environmental regulations.

We deploy the most advanced technologies on the global market for treating highly complex effluents. Our solutions include physicochemical separation through flotation systems (DAF and CAF), high-rate clarifiers and oil-water separators. We reduce organic loads using moving-bed biotechnology (MBBR) and membrane bioreactors (MBR). For toxic or recalcitrant contaminants, we implement destructive advanced oxidation processes that combine ozone (O3), ultraviolet (UV) reactors and titanium dioxide (TiO2) catalysis.

1. ENGINEERING AND MANUFACTURING

2. GLOBAL LOGISTICS

3. ON-SITE INSTALLATION

4. COMMISSIONING

"The definitive standard in wastewater treatment plants."

INDUSTRIAL WASTEWATER TREATMENT PLANTS

Chemical Flotation and Clarification Plant for Mining and Oil Applications

Specialized Engineering

Chemical Flotation and Clarification Plant (Mining and Oil)

Specialized engineering for separating complex effluents. This chemical flotation and clarification wastewater treatment plant uses high-performance mixing turbines that ensure proper chemical integration and generate micro- and nanobubbles for efficient flotation. Designed for the mining and oil industries, its staged process includes dispersion reaction, floating-solids skimming, clarification and a final advanced oxidation stage using ozone injection (O3).

View Technical Specifications

BIOMAX Industrial Wastewater Treatment Plant for BOD and COD Reduction

Complex Effluents

Industrial Treatment Plants (BIOMAX)

High-impact engineering for highly complex effluents. This plant, based on the BIOMAX system, handles volumes from 1 m³ to 59 m³. It is designed to reduce critical organic (BOD/COD) and chemical loads, protecting your operation from shutdowns and environmental penalties. A robust solution for the food and beverage industry, as well as meat processing, dairy, tanning and petrochemical applications.

View Technical Specifications

OXIMAX Advanced Oxidation Treatment Plant for Toxic Industrial Effluents

Molecular Destruction

Industrial Advanced Oxidation (OXIMAX)

The definitive response for effluents where conventional biological treatment fails. This advanced oxidation system breaks down recalcitrant and toxic contaminants, pesticides and pharmaceutical compounds at the molecular level. It combines ozone generation (O₃), ozone with hydroxyl radicals (O₃ + OH^•) and ozone with titanium dioxide (O₃ + TiO₂). Advanced chemical treatment for landfill leachate and pharmaceutical wastewater.

View Technical Specifications

MBR Wastewater Treatment Plant with Ultrafiltration and Activated Sludge | Synertech

Safe Water Reuse

Industrial MBR Ultrafiltration Bioreactor

Advanced treatment technology for demanding applications. This MBR bioreactor combines the biological performance of activated sludge with ultrafiltration membranes and can be scaled for projects serving 104 to 9,000 people. Because it does not require secondary clarifiers, it can reduce the installation footprint by up to 70%, lowering civil works costs. It produces a high-quality effluent free of suspended solids and pathogens.

View Technical Specifications

Wastewater Treatment Plant with Synertech MBR Bioreactor

Membrane Technology

MBR Reactor Module for Industrial Wastewater

The MBR module or reactor represents one of the most advanced treatment technologies available. Designed for integration into large-scale projects, it combines biological treatment with a physical barrier of ultrafiltration membranes. This component significantly reduces the required footprint, optimizes project costs and produces high-quality effluent suitable for industrial reuse or irrigation.

View Technical Specifications

Containerized Urban Modular Wastewater Treatment Plant with MBBR and SBR

Plug & Play

Containerized Modular Industrial Plant (MBBR + SBR)

A complete containerized treatment solution (Plug & Play) for remote industrial facilities and work camps. It combines the high-load treatment capacity of moving-bed technology (MBBR) with the efficiency of sequencing batch reactors (SBR). This configuration handles extreme peak flows while using only a fraction of the footprint required by conventional systems.

View Technical Specifications

Anaerobic Reactors for High-BOD Wastewater Treatment and Biogas Recovery

Energy Asset

Anaerobic Reactors and Biogas Recovery

Turn an environmental challenge into an energy asset. Our glass-fused-to-steel high-rate anaerobic reactors are designed to digest industrial effluents with high BOD concentrations. Treat wastewater while capturing and recovering biogas for thermal or electrical cogeneration, improving both profitability and sustainability.

View Technical Specifications

Air Flotation

DAF System (Dissolved Air Flotation)

A leading effluent clarification technology based on pressurized microbubble injection. It can remove up to 99% of oils, emulsified fats and total suspended solids (TSS) from highly complex wastewater streams.

View Technical Specifications

Hydrodynamic Cavitation

CAF System (Cavitation Air Flotation)

Flotation induced by hydrodynamic cavitation. It uses a specialized turbine aerator that eliminates the need for pressure vessels or noisy compressors. A highly compact and cost-effective solution for moderate contaminant loads.

View Technical Specifications

Physical Separation

Oil-Water Separator (API)

Specialized separation systems for oil and gas, mining and automotive applications. They physically separate free hydrocarbons and fuels from water based on density differences, helping facilities comply with discharge regulations.

View Technical Specifications

360° SUPPORT AND WARRANTY

Our commitment goes far beyond manufacturing. We support the success of your project with reliable technical, engineering and logistics assistance throughout every phase of development.

BEFORE CONTRACT AWARD

Site renderings and conceptual layouts
On-site technical and facility assessment
Support with environmental permit applications
Review of discharge regulations
Detailed budget estimates
Value engineering for optimization
Process performance assurance
Case studies and technical support materials

ENGINEERING AND DESIGN

Structural design and detailed engineering
In-person and virtual project meetings
3D architectural and industrial modeling
Preparation of technical deliverables:
- Process Flow Diagrams (PFD)
- Piping and Instrumentation Diagrams (P&ID)
- Dry and wet utility drawings
- General Arrangement drawings (GA)
- Complete technical specifications

MANUFACTURING AND LOGISTICS

Factory visits and training for the project team before shipment
Rigorous Factory Acceptance Testing (FAT)
Client communication and expectation management throughout production
Secure export packaging and logistics

INSTALLATION AND COMMISSIONING

Field technical verification
Coordination meetings and construction scheduling
Specialized commissioning support
Electromechanical equipment calibration

POST-INSTALLATION SUPPORT

Final system review and project handover
Sampling assessment for compliance and warranty validation
Efficient warranty claim processing
Telemetry monitoring and remote support
Operation and Maintenance (O&M) support

WE ANSWER YOUR TECHNICAL QUESTIONS

STRATEGIC DECISIONS ABOUT
INDUSTRIAL WASTEWATER TREATMENT PLANTS

Our industrial wastewater treatment plants are not simple holding tanks; they are highly engineered physicochemical and biological treatment systems. By integrating advanced oxidation (OXIMAX), dissolved air flotation (DAF) and membrane bioreactors (MBR), we can treat extreme organic and chemical loads. This produces high-quality effluent and can reduce the installation footprint by up to 70%, significantly lowering civil works requirements.

Environmental authorities enforce strict standards in manufacturing industries. For this reason, we design and manufacture industrial wastewater treatment plants with sufficient capacity to handle peaks in toxic or recalcitrant loads, including high BOD, COD, TSS, hydrocarbon and metal concentrations. Whether for petrochemical, tanning, mining or food-processing facilities, our systems help produce a compliant discharge and reduce legal and operational risk.

Durability and scalability are central to our design approach. Our industrial wastewater treatment plants use modular configurations and corrosion-resistant materials such as stainless steel, glass-fused-to-steel and high-density fiberglass-reinforced plastic. This allows us to treat highly concentrated wastewater from medium-sized facilities as well as large flows reaching hundreds of liters per second in refineries and major agro-industrial projects.

Installing one of our industrial wastewater treatment plants can transform an environmental liability into a valuable operational asset. Return on investment can come from lower external sludge-disposal costs, reduced exposure to regulatory penalties and the use of ultrafiltration systems that enable water reuse in manufacturing processes or cooling towers, reducing water consumption and utility expenses.

Yes. We understand that your team should remain focused on production rather than managing construction work. When you purchase one of our industrial wastewater treatment plants, you receive a complete turnkey solution. This includes 3D detailed engineering, industrial-grade steel fabrication, international logistics, on-site electromechanical installation and system startup. We deliver the plant operating efficiently and provide training for your operations team.

REQUEST A QUOTE FOR MY INDUSTRIAL PROJECT