Packaged & Containerized Treatment Systems

Plug-and-Play Water & Wastewater Treatment Solutions for Rapid Deployment

PACKAGED PLANTS

Complete, Pre-Engineered Treatment – Delivered Ready to Run

Our Packaged & Containerized Treatment Systems provide complete, pre-engineered and modular solutions for municipal, commercial, and industrial water and wastewater treatment applications where rapid deployment, compact footprint, reduced site construction, and operational simplicity are key project requirements.

The systems can be engineered as complete wastewater treatment plants incorporating preliminary, primary, secondary biological, tertiary treatment, disinfection, and sludge-treatment processes within skid-mounted, containerized, or modular configurations.

Depending on the required capacity, influent characteristics, discharge standard, and reuse objective, the biological treatment stage can be configured using a range of proven technologies including SBR, MBBR, MBR, IFAS/MBBR, and Submerged Aerated Filter (SAF) processes.

Complete sludge-management systems can also be integrated, including sludge storage, thickening, conditioning, and mechanical dewatering to produce a dewatered sludge cake suitable for further treatment, transportation, beneficial processing where permitted, or appropriate disposal.

In addition to wastewater treatment, we provide containerized and skid-mounted water purification systems, incorporating technologies such as Ultrafiltration (UF), Reverse Osmosis (RO), multimedia filtration, activated carbon filtration, chemical dosing, disinfection, and other polishing processes according to the required product-water quality.

By maximizing factory assembly, testing, and pre-commissioning, our packaged systems minimize field installation requirements and provide clients with a highly flexible solution that can be deployed significantly faster than conventional site-built treatment plants.

WHY PACKAGED SYSTEMS

Key Features & Benefits

Factory-built, factory-tested treatment plants that arrive ready to connect – less civil work, faster start-up, easier expansion.

Plug-and-Play Configuration

Systems are pre-engineered, factory-assembled, and factory-tested to minimize installation activities and accelerate commissioning and start-up at site.

Complete Treatment in One Modular Solution

Packaged plants can incorporate preliminary treatment, primary treatment, biological treatment, tertiary polishing, disinfection, and sludge management within an integrated treatment concept.

Multiple Biological Technologies

Systems can be designed around BIOWAVE™ SBR, MBBR, MBR, IFAS/MBBR, SAF, or other biological treatment configurations according to wastewater characteristics and treatment objectives.

Integrated Primary Treatment

Depending on the application, the system can include screening, equalization, oil and grease separation, sedimentation, coagulation, flocculation, and other required pretreatment stages.

High-Performance Secondary Treatment

Biological treatment systems are selected and optimized according to organic loading, nutrient-removal requirements, hydraulic conditions, available footprint, and required effluent quality.

Advanced Tertiary Treatment

Packaged systems can incorporate multimedia filtration, disc filtration, activated carbon, membrane filtration, nutrient polishing, and other advanced treatment stages to achieve demanding discharge or reuse requirements.

Integrated Disinfection

UV, sodium hypochlorite, chlorine, or other appropriate disinfection systems can be incorporated according to final treated-water quality requirements.

Complete Sludge Treatment

Excess sludge can be collected, thickened, conditioned, and mechanically dewatered to produce a reduced-volume sludge cake for subsequent handling or disposal.

Containerized UF Systems

Ultrafiltration can be integrated for high-quality suspended-solids and turbidity removal in potable-water, process-water, and wastewater-reuse applications.

Containerized RO Systems

Reverse Osmosis systems can be supplied as fully packaged modules for desalination, process-water production, water reuse, and advanced purification applications.

Integrated Water Purification

UF, RO, filtration, activated carbon, chemical dosing, disinfection, and polishing stages can be combined into a complete packaged water-treatment plant according to the required finished-water specification.

Compact Footprint

Equipment is arranged within optimized containerized or skid-mounted layouts, providing significant space savings compared with conventional field-constructed treatment plants.

Modular & Scalable

Additional treatment modules can be incorporated as wastewater flow or water demand increases, allowing phased capacity expansion without completely replacing the original system.

Rapid Project Delivery

Extensive factory fabrication and assembly significantly reduce civil construction, field piping, installation activities, and overall project implementation time.

Reduced Site Construction

The modular philosophy minimizes extensive concrete structures and site-built equipment installation, which is particularly valuable in remote or difficult-access locations.

Factory Assembly & Testing

Mechanical, electrical, instrumentation, and control systems can be assembled and tested prior to shipment, reducing commissioning risks and improving installation quality.

Fully Automated Operation

Integrated PLC/SCADA control provides automatic process sequencing, equipment control, alarms, instrumentation monitoring, operational trending, and system protection.

Remote Monitoring Capability

Remote supervision and diagnostics can be incorporated to allow operators and technical teams to monitor plant performance and respond rapidly to operational conditions.

Integrated Mechanical & Electrical Systems

Pumps, blowers, mixers, dosing systems, valves, instrumentation, control panels, piping, and associated auxiliaries are engineered as one coordinated treatment package.

Flexible Materials of Construction

Equipment and piping materials can be selected according to wastewater chemistry, environmental conditions, corrosion risk, and project specifications.

Easy Transportation & Installation

Containerized and modular construction simplifies transportation and allows the treatment plant to be deployed in locations where conventional plant construction would be difficult or time-consuming.

Relocatable Solutions

Where project conditions require, selected packaged systems can be designed for relocation and reuse at another site.

Suitable for Permanent or Temporary Installation

The same modular philosophy can support permanent treatment infrastructure, temporary treatment requirements, emergency response, or interim capacity expansion.

Reduced Project Risk

Standardized engineering, controlled factory fabrication, pre-testing, and minimized site interfaces help improve quality control and reduce installation and commissioning risks.

Cost-Effective Project Execution

Reduced civil works, shorter construction periods, simplified field installation, and modular expansion capability can significantly improve overall project economics.

HOW IT WORKS

Typical Packaged Treatment Processes

Typical Packaged Wastewater Treatment Process

  1. 1Raw Wastewater
  2. 2Screening / Preliminary Treatment
  3. 3Equalization & Primary Treatment
  4. 4Biological Treatment
  5. 5Secondary Solids Separation
  6. 6Tertiary Polishing
  7. 7Disinfection
  8. 8Treated Water for Discharge or Reuse

Excess Biological Sludge

  1. 1Sludge Holding / Thickening
  2. 2Conditioning
  3. 3Mechanical Dewatering
  4. 4Dewatered Sludge Cake

Depending on the selected biological technology, the secondary clarification stage may be integrated within the biological process or eliminated entirely.

Available Biological Configurations

  • BIOWAVE™ SBR – Sequencing Batch Reactor
  • MBBR – Moving Bed Biofilm Reactor
  • AnoxyWall™ MBR – Membrane Bioreactor
  • IFAS/MBBR – Integrated Fixed-Film Activated Sludge
  • SAF – Submerged Aerated Filter

Each configuration is selected according to the influent wastewater characteristics, treatment capacity, nutrient-removal requirements, available footprint, final effluent specification, and project operating philosophy.

Typical Packaged Water Purification Process

  1. 1Raw Water
  2. 2Pretreatment / Filtration
  3. 3Chemical Conditioning
  4. 4Ultrafiltration, if Required
  5. 5Reverse Osmosis, if Required
  6. 6Disinfection / Final Polishing
  7. 7Treated Water

The final configuration is engineered according to the raw-water source and the required treated-water quality, whether for potable water, industrial process water, utility water, or wastewater reuse.

WHERE IT IS USED

Applications

  • Municipal wastewater treatment
  • Industrial wastewater treatment
  • Commercial and residential developments
  • Hotels and resorts
  • Labour camps and temporary accommodation facilities
  • Hospitals and healthcare facilities
  • Schools, universities, and institutional developments
  • Airports and transportation facilities
  • Remote communities and isolated developments
  • Construction camps and project sites
  • Oil & gas facilities
  • Petrochemical and industrial facilities
  • Mining and mineral-processing sites
  • Food and beverage industries
  • Pharmaceutical facilities
  • Offshore platforms and marine applications
  • Emergency and temporary wastewater treatment
  • Rapid capacity expansion of existing WWTPs
  • Decentralized wastewater treatment
  • Treated wastewater reuse systems
  • Containerized potable-water treatment
  • Containerized Ultrafiltration systems
  • Containerized Reverse Osmosis systems
  • Industrial process-water production
  • Brackish-water desalination
  • Locations where conventional civil construction is difficult, costly, or time-sensitive

Rapid Deployment. Reliable Treatment. Scalable Capacity.

Our Packaged & Containerized Treatment Systems transform complete water and wastewater treatment processes into compact, modular, factory-engineered solutions – delivering rapid deployment, reliable treatment performance, simplified installation, and scalable capacity wherever treatment is required.

Talk to Our Process Engineers