Screening & Flow Conditioning
Incoming wastewater is screened and stabilised before biological treatment. This protects downstream equipment and helps maintain more consistent hydraulic conditions.
GET A QUOTE
NITANEER / TECHNOLOGYCOMPACT / MODULAR / PRACTICAL
WATER TREATMENT / REENGINEEREDLess plant.
Less plant.
More treatment.
Nitaneer is developing compact, modular water-treatment systems that reduce unnecessary plant footprint while keeping the treatment process practical, maintainable and adaptable to real operating conditions.
NITANEER COMPACT TREATMENT PLATFORMWater treatment
Water treatment
without the
oversized plant.
Conventional treatment plants can become large, fragmented and infrastructure-heavy. Nitaneer starts from a different question: how much treatment can we achieve in a smaller, better organised system?
Our approach brings biological treatment, solids management, polishing and disinfection into a compact process architecture that can be configured around the wastewater, required capacity, reuse objective and site.
The objective is not simply to make equipment smaller. It is to remove unnecessary complexity while preserving the treatment stages that matter.
One treatment train.
Clear stages.
The exact engineering changes from project to project, but the platform follows a clear treatment logic from influent conditioning to final treated water.
Biological Treatment
The biological stage reduces organic pollution by creating an environment where treatment microorganisms can work efficiently within a compact reactor volume.
Biomass Retention
High active-biomass retention allows the biological system to achieve meaningful treatment performance without relying on oversized conventional process tanks.
Solids Separation
Suspended solids and biological material are separated from the treated water through a dedicated clarification or separation stage.
Polishing
Treated water passes through additional polishing stages selected according to reuse requirements, influent quality and project conditions.
Disinfection
The final water stream is disinfected before discharge or reuse, with the exact configuration determined by the intended application.
INLET
→
BIOLOGICAL
→
SEPARATION
→
POLISHING
→
REUSE
THE CORE IDEAKeep biology active.
Keep biology active.
Keep the system compact.
Biological treatment works by maintaining microorganisms that consume and transform pollutants present in wastewater. A more compact system depends on retaining sufficient active biomass and providing the conditions needed for stable treatment.
Nitaneer's platform is being developed around this principle, combining compact biological treatment with downstream solids separation, polishing and disinfection.
COMPACT BIOLOGICAL REACTORSOLIDS SEPARATIONPOLISHINGUV / DISINFECTION
Built around the
realities of the site.
Compact Footprint
The treatment train is designed around space efficiency, reducing dependence on large conventional civil-treatment layouts where project conditions allow.
Modular Architecture
Core treatment stages are organised as modular systems so capacity, polishing and ancillary equipment can be configured around the actual project.
Treatment Before Complexity
We prioritise a clear process train and practical operating logic instead of adding unnecessary equipment simply to make the plant appear more sophisticated.
Designed for Real Operation
Maintenance access, component availability, operator usability and field conditions are considered alongside process performance.
VALUE PROPOSITIONNitaneer platform
Nitaneer platform
vs conventional layouts.
The comparison describes the design direction of the Nitaneer platform. Final plant performance and configuration depend on wastewater characteristics, capacity and project requirements.
CONVENTIONALNITANEER
FOOTPRINT
Larger civil-treatment area
Compact modular treatment layout
DEPLOYMENT
More site construction
Higher degree of modular assembly
EXPANSION
Capacity changes may require major civil work
Designed around configurable treatment modules
MAINTENANCE
Equipment can be distributed across large plant areas
Service access considered within the module layout
CONTROL
Depends heavily on site-specific implementation
Instrumentation can be integrated around the process train
APPLICATION
Often engineered as a one-off civil plant
Platform approach adapted to project conditions
SYSTEM ARCHITECTUREMechanical
Mechanical
system.
The treatment process is supported by pumps, aeration equipment, piping, instrumentation, recirculation, solids handling and control components selected around the application.
Wherever practical, components are organised into an accessible, modular equipment layout so the system remains easier to install, inspect and maintain.
RAW WATER
→BIO REACTOR
→SEPARATOR
→POLISHING
→TREATED WATER