Our Technologies
Proven treatment systems selected and configured for your specific requirements — from compact SBR plants to advanced MBR systems.
Three Core Technologies
We deploy the right technology for each project — not a one-size-fits-all approach.
A proven, reliable, and cost-effective conventional technology for sewage treatment — SBR systems provide efficient biological treatment through sequential batch processing.
SBR operates in a fill-and-draw cycle: wastewater fills the reactor, undergoes biological treatment during aeration and settling phases, then treated water is decanted. This cyclical process makes it highly adaptable to variable flow rates and ideal for facilities with fluctuating wastewater generation.
Proven & Reliable
Decades of global operational track record
Cost-Effective
Lower CAPEX and OPEX vs. continuous systems
BOD/COD Removal
Excellent removal efficiency in a single tank
Flexible Operation
Adapts easily to varying flow and load conditions
Compact Footprint
Single reactor performs multiple treatment steps
Easy Automation
Simple PLC integration with minimal moving parts
Ideal Applications
- Hotels, resorts, and hospitality facilities
- Educational institutions and campuses
- Hospitals and healthcare facilities with moderate flow
- Small to medium residential complexes
- Commercial buildings and institutional campuses
- Facilities requiring low-maintenance, cost-effective treatment
State-of-the-Art technology combining biological treatment with membrane filtration for superior water quality and space efficiency — ideal where reuse or high-quality discharge is required.
MBR integrates a bioreactor with a membrane module (ultra or microfiltration) in a single compact unit. The membrane acts as a physical barrier, removing suspended solids, bacteria, and pathogens directly — producing high-quality treated water suitable for reuse without additional tertiary treatment.
Superior Quality
Effluent quality far exceeds standard discharge norms
50% Smaller Footprint
Eliminates secondary clarifier — ultra-compact design
Reuse-Ready Output
Treated water suitable for flushing, gardening, cooling
Pathogen Removal
Physical membrane barrier removes bacteria and viruses
High MLSS Operation
Operates at higher biomass for greater treatment efficiency
IoT Integration
Real-time membrane performance monitoring
Ideal Applications
- Sites where treated water is to be reused (gardening, flushing, cooling)
- Space-constrained locations requiring a minimal footprint
- Hospitals and healthcare facilities requiring high-quality effluent
- Luxury hotels and resorts where odour-free, near-silent operation is essential
- Projects with strict CPCB / KSPCB discharge norms
- New residential complexes and townships aiming for zero liquid discharge
Tailored Effluent Treatment Plants designed based on site-specific factors including effluent characteristics, flow rates, space constraints, and regulatory requirements.
Industrial effluents vary enormously — from food processing BOD loads to pharmaceutical micropollutants to textile dye content. Our engineering team conducts a thorough effluent characterization study before designing a multi-stage treatment process that combines physical, chemical, and biological treatment for optimal results at minimum cost.
Effluent Analysis
Full characterization before any design begins
Multi-Stage Process
Physical + chemical + biological treatment combined
Regulatory-Ready
Designed to meet KSPCB / CPCB discharge norms
ZLD Options
Zero liquid discharge configurations available
Scalable Design
Built to expand as your production grows
Full Support
Commissioning, training, and post-installation AMC
Ideal Applications
- Manufacturing and process industries with complex wastewater streams
- Food & beverage units with high BOD/COD and grease content
- Pharmaceutical and chemical plants with specific micropollutant requirements
- Textile, surface treatment, and electroplating units
- Industrial parks and manufacturing zones requiring centralized ETP
- Any industry where off-the-shelf systems cannot meet discharge norms
Technology Comparison
Not sure which technology fits your project? This quick comparison will help.
| Parameter | SBR | MBR | Custom ETP |
|---|---|---|---|
| Best For | Sewage / domestic wastewater | Sewage with reuse requirement | Industrial effluent |
| Footprint | Compact | Very Compact (50% smaller) | Varies by process |
| Treated Water Quality | Good — meets discharge norms | Excellent — reuse-quality | Meets specific norms |
| Capital Cost (CAPEX) | Low – Moderate | Moderate – High | Depends on complexity |
| Operating Cost (OPEX) | Low | Moderate (membrane upkeep) | Varies |
| Maintenance Complexity | Simple | Moderate (membrane cleaning) | Moderate – High |
| Water Reuse Suitability | Partial (with polishing) | Direct reuse ready | With tertiary treatment |
| Automation | Fully Automated (PLC) | Fully Automated (PLC + IoT) | Fully Automated (PLC + IoT) |
Not Sure Which Technology Is Right?
Our engineers will analyse your wastewater profile and recommend the most suitable, cost-effective solution for your project.