Electrocoagulation
Destabilizes suspended solids, oils, and colloids so they can separate from the stream.
Treating water through electricity
ElectroX uses non-contact micro-electrolysis to treat wastewater at source, without chemical burden or complex biology.
Electroflotation
Uses gas micro-bubbles to lift separated material for removal without adding mechanical complexity.
Electroflocculation
Forms denser flocs that improve downstream separation and reduce dependence on dosing recipes.
Electrodisinfection
Supports pathogen control as part of the electrical treatment route for reuse-focused systems.
Electro-oxidation
Targets organics, dyes, COD load, and difficult constituents through oxidation pathways.
Electrosorption
Helps capture selected ions and pollutants where the stream needs tighter polishing.
Where ElectroX behaves differently
The reactor is tuned to pollutant chemistry, not a fixed chemical recipe. That is what lets Indra address varied streams without turning the plant into a stack of isolated treatment steps.
Nanotechnology Integrated with ElectroX
We integrate advanced nanotechnology with ElectroX to enhance adsorption, contaminant trapping, and reaction kinetics. This supports stronger contaminant removal, shorter reaction routes, and steadier overall process performance.
Simultaneous Multi-Reaction Treatment
Our process is designed to drive multiple treatment reactions in parallel rather than in sequence. This supports simultaneous treatment of key pollutants such as COD and hardness, reducing process steps and simplifying system design where the stream chemistry allows it.
Targeted Treatment Routes for Complex Pollutants
We develop specific treatment pathways for challenging contaminants such as ammonia, brine, and recalcitrant compounds. By aligning treatment strategy with pollutant chemistry, the system can be tuned for steadier performance across diverse industrial wastewater streams.
Tailored Pollutant Capture Mechanisms
Indra applies preferential treatment mechanisms based on the nature of each pollutant, using adsorption, physical trapping, or electro-oxidation as required. This targeted approach helps match energy and material use to the treatment job instead of forcing every stream through the same recipe.
The old way. The Indra way.
The comparison focuses on operational differences: chemical dependency, plant sprawl, and control over reuse quality.
Decision Point
Conventional Treatment
Indra ElectroX
Primary Driver
Chemical dosing, settling, and multiple sequential stages.
Electricity-driven electrochemical reactions inside a compact reactor.
Deployment
Large civil footprint, longer commissioning, and site-specific construction.
Modular skids designed to retrofit around existing treatment plants after site validation.
Operations
Manual tuning, chemical logistics, and variable sludge handling.
Lower chemical handling, simpler operations, and plant visibility through Spectrum.
Reuse Outcome
Treatment often stops at compliance, not practical circular reuse.
Water quality is engineered for flushing, cooling, boilers, irrigation, and process reuse.
Versatile Process Integration
We fit into any treatment train, wherever you need us.
Stage 01
Pre-Treatment
Used before downstream systems when the incoming stream needs load reduction, shock-load handling, or targeted removal of silica, hardness, sulphates, VOCs, and similar contaminants.
Stage 02
Primary Treatment
Used as the main treatment step when electrical reactions can simplify the route, reduce chemical dependency, and bring variable industrial or non-industrial wastewater under control.
Stage 03
Polishing Treatment
Used after existing systems when a site needs tighter treated-water quality, including support for heavy metals, fluoride, bromide, and other polishing challenges.
Tell us about your water challenge.
Every litre matters. Whether you're a hotel managing sewage, a steel plant cutting freshwater intake, or a township building circular water systems - we're ready.
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