Turnkey EPC · STP · ETP · RO · ZLD · O&M
NexWave Water Solutions designs, manufactures, commissions and operates high-recovery water and wastewater treatment plants across India — engineered for guaranteed pollution board compliance, a minimal footprint and long-term operating efficiency.
Trusted across demanding sectors
Engineering Excellence
NexWave Water Solutions works at the intersection of process engineering, equipment manufacturing and environmental science — turning complex industrial wastewater problems into dependable, cost-efficient treatment facilities.
Whether you are upgrading an under-capacity plant or building a greenfield Zero Liquid Discharge facility, our turnkey EPC method holds strict compliance with state and central pollution control boards while conserving the maximum possible freshwater.
Treatment trains matched to your actual influent chemistry — never off-the-shelf guesswork.
Single-point accountability from lab testing and CAD design through fabrication to wet handover.
Up to 70% space savings with crystal-clear effluent suitable for direct RO feed.
Staffing, preventive maintenance, chemical optimisation and 24/7 technical support.
Comprehensive Portfolio
Custom treatment trains configured around raw water chemistry, discharge limits, recovery targets and the space you actually have.
Biological systems built on MBR, MBBR and SBR technology — engineered for high BOD/TSS reduction, odour-free operation and non-potable flush or irrigation reuse.
Heavy-duty physico-chemical, DAF and multi-stage biological trains engineered to handle refractory COD, heavy metals and highly variable trade effluent.
High-recovery multi-pass membrane systems with automated chemical dosing and anti-fouling protocols, producing ultra-pure water for boiler feed and process reuse.
Multi-Effect Evaporators paired with Agitated Thin Film Dryers to recover 98%+ pure condensate and crystallise solid salts for complete statutory compliance.
Clarifiers, multi-media filters, iron removal, ion-exchange softeners and DM plants delivering potable (IS 10500) and high-purity industrial utility water.
Factory-assembled plug-and-play package units in standard ISO containers — minimal site civil work, three-week deployment and easy relocation.
Technology Benchmark
Compare the engineering differences between Moving Bed Biofilm Reactor and Membrane Bioreactor technology, based on NexWave field specifications.
| Parameter | MBBR | MBR |
|---|---|---|
| Effluent qualityTreated clarity & reuse level |
★★★★☆
BOD, TSS < 10 mg/L
Suitable for gardening & discharge
|
★★★★★
BOD, TSS < 5 mg/L
Suitable for direct flush & RO feed
|
| Space footprintLand and civil requirement | Moderate footprint Requires a secondary clarifier | Smallest footprint Up to 70% space saving — no clarifier |
| Operational reliabilityMaintenance & stability | High reliability Resistant to hydraulic shock loads | Stable performance PLC automated with scheduled CIP |
| Operating simplicityOperator skill level | Simplified operation Self-cleaning biofilm carriers | Automated operation Automated backwash and relaxation |
| Best-fit applicationWhere each one wins | Industrial ETPs with available land | Urban STPs & RO/ZLD pre-treatment |
Process Engineering
Step through each stage to inspect the equipment function and contaminant removal across a typical industrial treatment train.
Stage 1 of 6
Raw industrial wastewater passes coarse and fine bar screening to remove debris, then enters an equalisation tank fitted with submerged air grids that homogenise flow surges and pH variation.
Interactive Estimator
Estimate recovered water volume, annual freshwater cost savings and plant footprint from your facility's daily discharge.
Adjust the flow volume and pick your sector to compute indicative plant metrics.
Calculated Output
Screening + equalisation + MBR bioreactor + multi-pass industrial RO + UV disinfection
Indicative figures for early budgeting only. Final sizing follows lab analysis of your actual influent.
Turnkey Delivery Model
From laboratory testing to site wet commissioning, our engineering team owns every technical milestone.
Testing influent COD, BOD, TDS, TSS and heavy-metal concentration at accredited laboratories.
Hydraulic flow modelling, mass balances and biological aeration sizing tailored to site constraints.
Piping & instrumentation diagrams, general arrangement drawings and structural layouts.
Skid fabrication, vessel lining, blower and pump integration, plus hydrostatic pressure checks.
Certified mechanical installation, tank placement, dosing line assembly and piping erection.
Control panel wiring, sensor calibration for pH, DO, turbidity and TDS, plus cloud telemetry.
Bio-culture seeding, aeration fine-tuning, membrane flux optimisation and laboratory validation.
SOP documentation, operator training, compliance reporting and transition into AMC / O&M.
Track Record
Real treatment installations engineered and commissioned by NexWave across diverse sectors.
Overcame intense dye colour and 8,500 mg/L TDS with electro-coagulation, MBBR biological oxidation, dual-pass RO and multi-effect evaporation.
Installed submerged PVDF hollow-fibre MBR in a compact footprint with online turbidity monitoring, meeting strict CPCB urban reuse mandates.
Industry Applications
Engineered around distinct trade-effluent chemistry, regulatory standards and recovery targets.
Advanced oxidation and MBR for high-COD, solvent-laden API waste streams.
Refractory organic stripping, DAF and two-stage RO desalination.
Decolourisation, salt recovery and 90%+ water recycling through ZLD.
Fat and oil separation, anaerobic digestion and odour-free aeration.
Engineering Consultation
Share your facility details to receive an initial P&ID layout, equipment sizing and budget estimate from our senior engineers.
Get in Touch
Reach our engineering team directly by phone, email or WhatsApp, or visit our head office.
Talk to our senior EPC engineers for a feasibility audit, P&ID layout and budget proposal.
