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Wastewater treatment

Advanced Oxidation Process (AOP)

Advanced oxidation selected through contaminant-specific testing and process evaluation.

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Conceptual 3D equipment render of Advanced Oxidation Process (AOP)
Advanced Oxidation Process (AOP) — conceptual 3D equipment render. Example UV / hydrogen-peroxide package. AOP selection follows treatability review.

3D EQUIPMENT VIEW

Advanced Oxidation Process (AOP)

Explore the equipment arrangement, then read how the system works and review its technical drawings.

Description & drawings Browse equipment renders

Conceptual equipment render. Final dimensions and configuration follow the approved project design.

PRODUCT DESCRIPTION & TECHNICAL DOCUMENTS

How advanced oxidation process (aop) fits your process.

Operating principle

Advanced oxidation selected through contaminant-specific testing and process evaluation.

Disinfection or oxidation performance depends on contact conditions and water quality. UV uses a validated reactor and exposure dose; ozone or advanced oxidation requires an approved chemical and safety design.

Engineering checks

  • Water quality and treatment objective
  • Validated dose or treatability test basis
  • Required contact and reaction conditions
  • Interlocks, residual control and operator protection

Configuration & equipment

  1. Feed-quality and flow interface
  2. Reactor / contact assembly
  3. Selected energy or oxidant source
  4. Monitoring and control system
  5. Residual / off-gas handling where applicable
  6. Outlet sampling point

Configuration options are reviewed against the project duty. Supply quantities and final scope are defined in the approved proposal.

Process / operating itemEngineering requirement
Process review 1Oxidation chemistry, by-products and final polishing depend on treatability testing.
Process review 2Ozone applications require appropriate off-gas destruction and safety provisions.
Operating and maintenanceInspect the reactor and clean fouled surfaces. Verify sensors and safety interlocks. Replace consumables according to selected equipment instructions.
DocumentationProject-specific datasheet, PFD, P&ID, equipment GA, electrical load list and O&M documentation as agreed.

PDF & DRAWING DOWNLOADS

Keep the technical references.

Read the wastewater treatment brochure, or download the process and arrangement drawings below.

Open brochure (PDF) Download PDFProcess drawing ↓Equipment drawing ↓

PROCESS FLOW DIAGRAM

Oxidation treatment route

Download drawing (SVG)
Feed-water conditioning → Oxidant injection as selected → Reaction / contact system → Residual control as required → Downstream treatment / use
Main process Utility / chemical Residual stream Recovery / recycle

Swipe the diagram to view every stage.

Design notes
  • Oxidation chemistry, by-products and final polishing depend on treatability testing.
  • Ozone applications require appropriate off-gas destruction and safety provisions.

Indicative process overview. Equipment tags identify functional blocks only. Final PFDs, P&IDs, duties, sizes, valves and instruments are developed from the approved project design basis.

EQUIPMENT DRAWINGS

2D layout & exploded component views.

Review the functional arrangement and the components that make up the equipment.

Advanced Oxidation Process (AOP) 2D functional arrangement

Reference drawings are not to scale. Project dimensions, equipment duty, pipe sizes and materials are specified after design review.

Download 2D SVG
Advanced Oxidation Process (AOP) component decomposition reference
Advanced Oxidation Process (AOP) — component decomposition

EXPLODED VIEW

Understand the assembly.

The separated component schematic identifies the main equipment groups. Vendor-specific internal geometry is established during detailed engineering.

  1. Feed-quality and flow interface
  2. Reactor / contact assembly
  3. Selected energy or oxidant source
  4. Monitoring and control system
  5. Residual / off-gas handling where applicable
  6. Outlet sampling point
Open calculation software Return to catalogue

EXPLORE YOUR DESIGN BASIS

See how operating hours change energy use.

Enter the total running electrical load for this equipment or plant, then adjust its daily running hours.

Illustrative arithmetic using your inputs. These values are not measured plant results or a performance promise.

Daily electricity
80.00 kWh/day
30-day electricity
2400.00 kWh

Energy = electrical kW × running hours. Constant running load; standby load, starting transients and tariff charges are excluded.

Open detailed calculator →

CONSTRUCTION OPTIONS

Modular fabrication or civil construction?

Select the treatment process first. Then choose a construction method that fits the site, transport access, project schedule and future expansion.

Prefabricated modular plant

Factory-fabricated process modules connect to agreed site tanks and utilities. Review transport dimensions, lifting access, corrosion protection and maintenance clearances.

For a packaged MBBR example, the anoxic and aerobic compartments have flat floors; a downstream tube-settler compartment can use a sludge hopper. Equalization and treated-water storage may be separate civil tanks.

Explore modular STP / ETP →

Civil construction plant

Site-built basins provide a project-specific layout. Process design must coordinate with soil conditions, groundwater, structural design, hydraulic levels and access for operation.

RCC construction can support several treatment technologies. Civil scope, embedded items, tank lining and mechanical interfaces are defined before execution.

Explore civil STP / ETP →

YOUR PROJECT, YOUR DESIGN BASIS

Configure your requirement.

Enter what you know. Leave unavailable values blank for engineering review.

Process inputs

Industry type, effluent flow and operating hours, pH, COD, BOD, TSS, TDS, oil & grease, colour/metals/specific contaminants, equalization pattern, reuse/discharge target and treatability data.

Equipment & execution preferences

Materials are reviewed separately for each component against the fluid chemistry, temperature and service conditions. Preferences are subject to technical suitability and the agreed proposal.

No details are sent until you choose a sending channel.

A solution shaped by your requirements.

Advanced oxidation selected through contaminant-specific testing and process evaluation. Treatment begins with understanding the effluent sources and their variability. Physical, chemical and biological stages are combined as appropriate, followed by polishing and sludge management.

What we review

  • Average daily flow and hourly inflow profile
  • Operating hours and peak-flow conditions
  • BOD, COD, TSS, pH, nutrients and relevant contaminants
  • Reuse or discharge objective
  • Available area, levels and site interfaces
  • Treatability, sludge handling and odour constraints

Capacity, materials, operating conditions and performance are specified after review of your project data. Product images are conceptual visualizations.

From design to operation

Our scope can cover process and mechanical engineering, manufacturing, supply, installation, commissioning and ongoing support. The final proposal clearly defines supplier scope, client interfaces, optional items and exclusions.

APPLICATIONS

Connect equipment to your industry.

Review the application, data requirements and candidate treatment options.

Chemical & PetrochemicalAutomotive & EngineeringPower & Boiler Utilities

EXPLORE FURTHER

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