Clarifier-free architecture
MAK Fine Flow Filtration separates biological solids and returns retained biomass for further digestion, removing the need for a conventional secondary clarifier.
Less space. Integrated treatment.SMARTER SEWAGE TREATMENT
A better future for every drop.
Turn sewage into a resource. Meet MAK-HBR™ — the modular, clarifier-free sewage treatment system engineered for intelligent operation and sustainable water reuse.
COMPACT DESIGN / SMART AERATION / WATER REUSE
95%Design BOD reduction
3Disinfection barriers
DODemand-based aeration
ModularBuilt to grow with your needs
01 / THE MAK-HBR ADVANTAGE
Intelligent by design. Efficient by nature.
Hybrid biological treatment, precise control and advanced polishing — brought together in one compact system.
Aeration that responds
Continuous dissolved oxygen monitoring adjusts aeration to actual process demand, helping avoid both under-aeration and unnecessary blower operation.
Real-time DO controlThree layers of protection
UV disinfection, ozone-based advanced oxidation and chlorination provide complementary treatment barriers, with residual protection for storage and distribution.
UV + AOP + ChlorinationDesigned for simpler operation
Optimized anaerobic digestion and internal biomass recirculation reduce sludge handling. Modular design supports expansion as your treatment needs evolve.
Reduced handling. Greater flexibility.02 / FROM SEWAGE TO RESOURCE
Every stage has a purpose.
A connected treatment train that balances flow, breaks down organic matter and polishes water for its next use.
01Prepare & balance+
Coarse and fine screening remove debris. Hydrodynamic cavitation breaks down organic solids, vortex separation removes grit, and equalization balances incoming loads.
02Digest & stabilize+
The MAK-ABD™ anaerobic biodigester reduces organic loading before the MAK-HBR™ aeration reactor provides controlled aerobic treatment.
03Filter & recirculate+
The MAK Fine Flow Filter retains biological solids. Automatic backwashing returns biomass to the biodigester for further stabilization.
04Polish & reuse+
UV, ozone-based advanced oxidation and chlorination provide final treatment. Water quality is verified against the requirements of its intended reuse.
Explore the complete process flow
03 / DESIGN PERFORMANCE
Clear targets. Cleaner water.
Expected treatment performance based on the supplied influent design ranges. Actual results depend on loading, operation and site conditions.
| Water quality parameter | Influent design range | Reduction | Expected treated water |
|---|---|---|---|
| BODBiochemical oxygen demand | 350–400 mg/L | ≤ 20 mg/L | |
| CODChemical oxygen demand | 600–900 mg/L | ≤ 100 mg/L | |
| TSSTotal suspended solids | 350–500 mg/L | ≤ 30 mg/L | |
| TNTotal nitrogen | 35–45 mg/L | ≤ 10 mg/L | |
| TPTotal phosphate | 9–15 mg/L | ≤ 2 mg/L |
Rounded design reductions from the supplied performance summary, based on average influent values. These are design targets, not site-specific test results.
04 / THE NEXT LIFE OF WATER
Treat. Reuse. Make it count.
Reduce freshwater demand by matching treated water to the right non-potable application.
- Toilet flushing in buildings and institutions
- Landscaping and non-edible crop irrigation
- Suitable industrial utility applications
- Construction and municipal cleaning
Reuse requires application-specific water quality checks and applicable approvals. This system is not presented as a drinking-water treatment solution.
View water reuse possibilities
05 / PROJECT GALLERY
Engineering, in action.
Explore MAK India’s treatment installations, campus infrastructure and engineering on the ground. Select a photo to see the full view.
GRD College installation
Campus sewage treatment facility, Coimbatore
Treatment infrastructure
A closer look at the tanks and pipework
Defence campus — CRPF
An overview of the treatment installation
System configuration
An integrated approach to treatment
Performance summary
Design parameters at a glance
Process flow
From screening to treated water
06 / DOCUMENTATION
Engineering with documented experience.
Explore the supplied letters of appreciation and technical design notes from MAK India.
The letters relate to the projects and biodigester work described in those documents; they are not a blanket certification of every MAK-HBR installation.
LET’S BUILD A MORE WATER-RESILIENT FUTURE
Your wastewater. A world of possibilities.
Discuss your treatment capacity, site conditions and reuse needs with MAK India.
Registered OfficeMAK India Limited
7/41 B, MAK India Road, Civil Aerodrome Post, Coimbatore, Tamil Nadu 641014 – INDIA
7/41 B, MAK India Road, Civil Aerodrome Post, Coimbatore, Tamil Nadu 641014 – INDIA
Contact
info@makindia.co.in
+91 95001 31791 Contact & WhatsApp
+91 422 4305074 Office
Office Hours
Monday – Saturday
8:30 AM – 5:00 PM
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