.png){kind=logo}
OVERVIEW
ONE TANK DOES IT ALL
SBR is well suited to both industrial and municipal wastewater. Instead of several separate tanks, it uses a single batch reactor for equalization, aeration and clarification, in a timed cycle.
This makes the plant compact and flexible, and very effective at removing pollutants including COD, BOD, ammonia, nitrate and phosphorus.
TYPICAL USES
- Towns and villages
- Hotels, compounds and camps
- Industrial wastewater
- Sites with changing daily flows
HOW IT WORKS
ONE TANK, FIVE PHASES
Each SBR tank runs the same cycle again and again: it fills, treats, settles and releases clean water, all controlled automatically.
STEP 1
Raw water
Tap, well, river or sea
STEP 1
Fill
Wastewater enters the reactor
STEP 2
React
Aeration and biological treatment
STEP 1
Raw water
Tap, well, river or sea
STEP 3
Settle
Sludge settles, no clarifier needed
STEP 1
Raw water
Tap, well, river or sea
STEP 4
Decant
Clear treated water is drawn off
STEP 1
Raw water
Tap, well, river or sea
STEP 5
Idle
Excess sludge removed, ready to restart
KEY FEATURES
WHY CHOOSE OUR SBR SYSTEMS
SINGLE-TANK DESIGN
Equalization, aeration and settling in one tank.
NUTRIENT REMOVAL
Removes COD, BOD, ammonia, nitrate and phosphorus.
HANDLES VARIABLE FLOWS
Ideal for sites where flow changes during the day.
AUTOMATIC CYCLE CONTROL
PLC control runs every phase by itself.
COMPACT AND COST-EFFECTIVE
No separate clarifier or return sludge system.
CONTAINERIZED OPTION
Delivered in containers, ready to connect.
SPECIFICATIONS
TECHNICAL DATA
Every SBR plant is sized for its flow and wastewater. Download the datasheet for typical sizes, or send us your data.
Capacity range
Up to 2,000 m³/day
Process
Sequencing batch reactor (SBR)
Wastewater
Domestic and industrial
Format
Containerized or large plant
Removes
COD, BOD, ammonia, nitrate, phosphorus
APPLICATIONS
WHERE SBR SYSTEMS ARE USED