See It In Action
Durva Research Lab · Industrial Water Systems
The Next Generation of Industrial Water Purification.
Purify industrial effluent instantly with our revolutionary, zero-power magnetic reactor—now supercharged by autonomous intelligence. We cut wastewater treatment time by over 95% and operating costs by 75%, while shrinking your factory's environmental footprint, completely eradicating biological greenhouse gas emissions, and driving your facility straight to Net-Zero ready.
0 kWh separation energy
<15 min cycle time
Net-Zero ready
Live Process Schematic — NS-200 Unit
The Problem
The industrial water crisis, in numbers.
$400B
Lost annually to the economic cost of contaminated water
>80%
Of industrial wastewater worldwide is discharged back into the environment untreated
200+
New emerging contaminants identified in industrial water systems since 2015
70%+
Of industrial wastewater in developing economies is discharged without any treatment
6–24 hrs
Still the average cycle time for the conventional ETPs most facilities run today
Traditional effluent treatment wasn't built for the scale the industry needs today.
Sources: World Bank, UNEP, EPA — commonly cited industry estimates
Why Factories Switch
Built for the factory floor, not the brochure.
Massive Footprint Savings
Fits in a fraction of the space required by massive concrete settling pools — reclaim that floor space for production, not sedimentation.
Zero-Power Separation Zone
Utilizes advanced horizontal permanent magnets that require 0 kWh to capture pollutants — no pumps, no grid draw, no downtime risk.
Circular Waste Model
Reduces continuous chemical purchasing by implementing a unique, recyclable filtering matrix — lower consumables spend, cycle over cycle.
Net-Zero Ready
Our magnetic reactor achieves a net-zero operational footprint by utilizing HGMS that generates zero direct carbon or greenhouse gas process emissions during the wastewater treatment cycle.
Supercharged Intelligence
Powered by next-generation automation and an onboard LLM co-pilot, our system self-regulates flow rates and chemical dosing while enabling operators to manage facility health conversationally. Continuous sensor streams feed an AI anomaly detection engine that predicts exact maintenance needs, while every compliance log and audit trail is permanently secured on a tamper-proof blockchain for absolute transparency.
Minutes, Not Hours
Our reactor achieves a 95%+ reduction in operating time by accelerating the wastewater separation process from hours down to just minutes through rapid magnetic capture.
Lower Operational Costs
A 75% reduction in total operational costs vs. a conventional chemical ETP.
Introducing Neer Sentinel
The numbers that matter on the factory floor.
95%+
Operating time reduction — cycles down from hours to minutes
Zero Power
Our system utilizes HGMS reactor to instantaneously extract targeted pollutants from the wastewater stream, completely eliminating the continuous electrical energy demands of traditional ETP clarification systems.
40–60%
Lower overall plant electricity demand (electricity is only used in our system for the fluid pump pushing water through the tube) vs. traditional ETPs
85%
Absolute reduction in total sludge waste volume
75%
Reduction in total operational costs vs. a conventional chemical ETP
70–85%
Reduction in total land footprint vs. a conventional treatment plant
Circular Recovery
Our system features an integrated closed-loop regeneration cycle that mechanically purges the captured pollutant sludge and chemically washes the magnetic nanoparticles, recovering them at a 95%+ efficiency rate for continuous process reuse.
Net-Zero Ready
Our magnetic reactor achieves a net-zero operational footprint by utilizing HGMS that generates zero direct carbon or greenhouse gas process emissions during the wastewater treatment cycle.
Fully Automated STP Operations
Eliminate manual oversight with next-generation sewage treatment plant (STP) automation that self-regulates flow rates, chemical dosing, and magnetic activation cycles in real time.
Real-Time Monitoring & Predictive AI
Continuous sensor streams fuel our AI anomaly detection engine, instantly spotting performance drops and pollutant spikes while forecasting exact schedules for magnetic matrix backwashing and RO membrane replacement before any degradation occurs.
LLM-Based Co-Pilot
Interact with your wastewater facility conversationally. Operators can query system health, generate regulatory compliance reports instantly, and receive plain-language troubleshooting guidance from an on-board AI assistant.
Immutable Data Inscription
Secure every compliance metric, audit trail, and processing log on-chain, storing data in a tamper-proof blockchain with permanent inscription for absolute regulatory transparency and carbon-credit verification.
Direct Removal, Zero Extra Stages
Our single-stage magnetic reactor directly removes the pollutant classes below from raw wastewater through an integrated mixing and inline pH process — completely eliminating the need for independent external pre- or post-treatment systems for these pollutants.
Heavy Metals
Chromium, Lead, Cadmium, Mercury, Arsenic, Copper, Zinc, Nickel
Synthetic Dyes
Reactive, Acid, Direct, Disperse & Basic dyes
Non-Soluble Pigments
Captured directly on the magnet matrix
Microplastics & Polymers
Including suspended polymer residues
Raw Starches
Removed at the point of entry
Suspended Proteins & Fats
Captured before they reach downstream units
Other pollutant classes outside this list may still require independent post-treatment.
Our Mission
"Industrial water treatment shouldn't cost the planet to clean up after the factory floor. We built Neer Sentinel to make passive, zero-power separation the default — not the exception."
— Durva Research Lab, Engineering Team
Backed By
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