Exclusive 1H2O3 MBBR chips with Patented High-Surface Media
Our MBBR system uses patented Active Carbon Printed media with an exceptional surface area of 2,600 m²/m³. This unique solution combines high treatment performance with low operational costs. The high specific surface fosters dense, active biofilm growth, allowing for compact tank design and reduced energy demand.
Reclaimed water quality B/C
Reclaimed water quality A
CUSTOM BUILT Wastewater treatment solutions
Our focus : Custom-built wastewater treatment systems
Each project is treated as a unique engineering case. Systems are designed exclusively on project-specific requirements derived from measured data and calculated loads, not predefined configurations.
This approach ensures accurate dimensioning, controlled CAPEX and OPEX, and stable long-term operation.
ENGINEERING APPROACH
Assessment
Site analysis
Hydraulic flow calculations
Organic load calculations
Peak and shock load evaluation
Regulatory and operational constraints
Design
Complete hydraulic study
Process definition and sequencing
Equipment sizing
Execution drawings
Full 3D modelling (SKP)
MANUFACTURING
Complete wastewater treatment plants
Modular treatment packages
Construction options
Polypropylene tanks
Integration within reinforced concrete treatment basins
Wetlands
INSTALLATION AND COMMISSIONING
Installation
Civil works
Electro-mechanical ,Plumbing , biological commissoning
MAINTENANCE AND SUPPORT
Tailored maintenance contracts
Monitoring plan
Water analysis by GUAMIKENI LAB
Online surveillance and support
REUSE / MBR SKID
After biological treatment, additional reuse treatment stages can be implemented depending on the intended water reuse application. These may include an advanced reuse skid incorporating intensive filtration (such as MBR-based polishing) or a simpler UV disinfection unit. The level of treatment is defined according to reuse requirements, including toilet flushing, irrigation, or other non-potable applications.
CUSTOM BUILT Wastewater treatment solutions
Our focus : Custom-built wastewater treatment systems
Each project is treated as a unique engineering case. Systems are designed exclusively on project-specific requirements derived from measured data and calculated loads, not predefined configurations.
This approach ensures accurate dimensioning, controlled CAPEX and OPEX, and stable long-term operation.
ENGINEERING APPROACH
Assessment
Site analysis
Hydraulic flow calculations
Organic load calculations
Peak and shock load evaluation
Regulatory and operational constraints
Design
Complete hydraulic study
Process definition and sequencing
Equipment sizing
Execution drawings
Full 3D modelling (SKP)
MANUFACTURING
Complete wastewater treatment plants
Modular treatment packages
Construction options
Polypropylene tanks
Integration within reinforced concrete treatment basins
Wetlands
INSTALLATION AND COMMISSIONING
Installation
Civil works
Electro-mechanical ,Plumbing , biological commissoning
MAINTENANCE AND SUPPORT
Tailored maintenance contracts
Monitoring plan
Water analysis by GUAMIKENI LAB
Online surveillance and support
Reclaimed water quality B/C
Exclusive 1H2O3 MBBR System with Patented High-Surface Media
Our MBBR system uses patented Active Carbon Printed media with an exceptional surface area of 2,600 m²/m³. This unique solution combines high treatment performance with low operational costs. The high specific surface fosters dense, active biofilm growth, allowing for compact tank design and reduced energy demand.
REUSE / MBR SKID
After biological treatment, additional reuse treatment stages can be implemented depending on the intended water reuse application. These may include an advanced reuse skid incorporating intensive filtration (such as MBR-based polishing) or a simpler UV disinfection unit. The level of treatment is defined according to reuse requirements, including toilet flushing, irrigation, or other non-potable applications.
