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Equipment & process

Water and wastewater equipment—from packaged treatment and MBR to filtration, dosing, sludge handling, and desalination.

Package Sewage Treatment Plant

Package Sewage Treatment Plant — image 1

Description

  • Based on SBR (Sequential Batch Reactor) technology.
  • Combines activated sludge and biofilm processes.
  • Uses anaerobic–anoxic–aerobic cycles for organic degradation and nitrogen & phosphorus removal.

Features

  • Space-saving (can be underground)
  • Integrated system (screening, treatment, sedimentation, disinfection)
  • PLC-based automation

Applications

  • Domestic sewage (rural, urban, schools, malls, etc.)
  • Industrial organic wastewater

MBR (Membrane Bioreactor)

MBR (Membrane Bioreactor) — image 1

Description

  • Combines membrane filtration with activated sludge treatment.
  • Uses hollow fiber membranes for solid–liquid separation.

Features

  • Produces high-quality treated water

Removes

  • Bacteria
  • Suspended solids
  • Impurities

MBBR Containerized Sewage Treatment Unit

MBBR Containerized Sewage Treatment Unit — image 1

Description

  • Moving Bed Biofilm Reactor (MBBR): uses mobile biofilm carriers with large surface area.
  • Microorganisms grow on carriers and degrade pollutants.

Features

  • Containerized (easy transport & installation)
  • Modular & scalable
  • High efficiency removal (COD, BOD, ammonia)
  • Shock-load resistant
  • Low energy (no sludge recirculation)

Applications

  • Hotels, communities, industries, hospitals, food processing, and more

DAF (Dissolved Air Flotation) Machine

DAF (Dissolved Air Flotation) Machine — image 1

Description

  • Uses micro-bubbles to separate solids from water; bubbles attach to particles and float them to the surface.

Includes

  • Tank
  • Scum scraper
  • Conveyor

Features

  • High efficiency for light particles
  • Small bubble size (<30 μm)
  • High gas dissolution rate

Applications

  • Petroleum, chemical, paper, food, leather industries

Lamella Clarifier (Inclined Tube Settler)

Lamella Clarifier (Inclined Tube Settler) — image 1

Description

  • Uses inclined tubes (≈60°) to enhance sedimentation.
  • Particles settle on tubes and slide down to the sludge zone.

Benefits

  • High efficiency sedimentation
  • Small footprint
  • Faster settling

Applications

  • Municipal sewage
  • Industrial wastewater
  • Aquaculture & river water treatment

Rotary Mechanical Bar Screen

Rotary Mechanical Bar Screen — image 1

Description

  • Mechanical screening equipment that removes large debris and solids from wastewater.
  • Used as a pre-treatment stage.

Precision Drum Filter / Drum Microfiltration Machine

Precision Drum Filter / Drum Microfiltration Machine — image 1

Description

  • Rotating drum with mesh filter: water flows through the mesh while solids are retained.
  • Reverse wash removes collected impurities.

Removes

  • Fine suspended solids
  • Fibers, pulp, and similar material

Applications

  • Primary treatment
  • Solid–liquid separation

Hydraulic Static Screen

Hydraulic Static Screen — image 1

Description

  • Passive filtration system that separates solids using gravity flow.
  • Used for pre-treatment.

Multi-Plate Screw Press

Multi-Plate Screw Press — image 1

Description

  • Sludge dewatering machine that compresses sludge to reduce moisture content.
  • Used in sludge management systems.

Fully Automatic Dosing Machine

Fully Automatic Dosing Machine — image 1

Description

  • Prepares and doses chemicals (e.g. flocculants).

Features

  • Mixing
  • Dissolving
  • Dosing

Benefits

  • Accurate dosing
  • Reduced chemical usage
  • Fully automated

Mechanical Filtration System (Multi-media Filters)

Mechanical Filtration System (Multi-media Filters) — image 1

Description

  • Combines sand filters, activated carbon filters, and manganese filters.

Removes

  • Turbidity
  • Sediments

Applications

  • Pre-treatment for RO & desalination

RO (Reverse Osmosis) System

RO (Reverse Osmosis) System — image 1
RO (Reverse Osmosis) System — image 2
RO (Reverse Osmosis) System — image 3

Description

  • Uses a semi-permeable membrane to remove salts, microbes, and organics.
  • Removal efficiency: 97–99%.

Features

  • High purity water
  • Energy efficient
  • Automated operation (PLC)

Applications

  • Drinking water
  • Industrial use
  • Pharmaceuticals

Seawater Desalination System

Seawater Desalination System — image 1

Description

  • Advanced RO-based desalination.

Features

  • High desalination rate (95–99.9%)
  • Energy recovery systems
  • Automated monitoring

Removes

  • Salts
  • Heavy metals
  • Bacteria

Applications

  • Coastal cities
  • Islands
  • Military bases

General Wastewater Treatment Processes (Concepts)

Description

  • Overview of core treatment concepts included across our solutions:

Included concepts

  • Activated sludge process
  • Biofilm process
  • Anaerobic–anoxic–aerobic cycles
  • Solid–liquid separation
  • Chemical dosing & flocculation
  • Membrane filtration