Water Treatment
Advanced solutions for clean and safe water.
Learn MoreWe design, build and support smart water and wastewater treatment systems for industries, institutions, communities and commercial facilities.
Advanced solutions for clean and safe water.
Learn MoreEfficient systems for treatment and reuse.
Learn MoreSustainable recycling for a better future.
Learn MoreEnd-to-end engineering, procurement and construction.
Learn MoreReliable operation and maintenance services.
Learn MoreWe support projects across every stage, from assessment to long-term support, ensuring reliable performance and sustainable operations.
Understanding your water and wastewater challenges
Engineering customized solutions with the right technology
Supplying quality equipment and systems
Professional installation with safety and precision
Testing and commissioning for optimal performance
Ongoing support for efficient and reliable operations
AQUORIS combines practical water-treatment expertise with long-term customer support, so every project is designed for performance beyond commissioning.
Our vision
To become a trusted water and environmental engineering company recognised for technically sound, sustainable and reliable treatment solutions.
Our mission
To design and deliver high-quality water and wastewater treatment systems while providing customers with dependable engineering, installation and lifecycle support.
Treatment-Ready Thinking
Technical decisions are matched to operating conditions, maintainability and lifecycle support.
Our Values
These principles guide how AQUORIS evaluates projects, designs systems and supports customers after handover.
We recommend treatment processes based on project data, required output and actual operating conditions.
We remain accountable for the quality of our engineering, documentation and project execution.
We prioritise proven treatment principles, maintainable equipment and stable plant operation.
We promote water conservation, responsible reuse and efficient use of resources.
We consider safe access, chemical handling, electrical protection and maintenance requirements.
We communicate clearly and support customers from assessment through long-term operation.
Projects in Northeast India can involve challenging terrain, seasonal water-quality variation, remote locations and limited availability of specialist maintenance support.
AQUORIS considers these realities during equipment selection, plant layout, automation and maintenance planning. The objective is not only to commission the plant, but to make it practical for the customer to operate and maintain.
NE
Terrain, access and maintenance planning built into the engineering brief.
Equipment selection and plant layout account for access, installation and movement constraints.
Treatment planning considers changing source quality and practical operating conditions.
Automation, maintenance access and documentation are planned around local operating realities.
AQUORIS develops treatment systems around the water source, contaminant profile, required capacity, end-use quality, recovery objective, available area and expected operating conditions.
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Source
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Contaminants
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End use
AQUORIS designs WTP systems for treating groundwater, surface water and other raw-water sources. Depending on the analysis, the process may include oxidation, clarification, multimedia filtration, activated carbon treatment, contaminant-specific media, membranes and disinfection.
Community supply, institutions, hospitals, hotels, residential developments and industrial utility water.
RO systems are supplied for reducing dissolved salts and selected contaminants from suitably pretreated feed water. Each system considers feed quality, scaling potential, pretreatment, membrane compatibility, required recovery and concentrate management.
Drinking water, process water, boiler utilities, hospitality and reuse polishing.
Industrial wastewater varies according to production processes, raw materials and cleaning practices. AQUORIS develops treatment schemes after evaluating wastewater characteristics and the required discharge or reuse objective.
Screening, equalisation, pH correction, coagulation, separation, biological treatment, filtration, membrane polishing and sludge handling.
Process-Ready Capabilities
Smaller scope does not mean generic design. Each package still starts with water quality, operating conditions and the required output.
Targeted groundwater treatment based on laboratory analysis, contaminant loading, contact time, media performance and disposal requirements.
Controlled physical filtration as standalone treatment, pretreatment before RO or tertiary polishing after biological treatment.
Ion-exchange and water-conditioning systems for reducing hardness or dissolved ionic impurities.
Compact sewage-treatment systems selected according to flow, organic loading, site area and treated-water requirement.
Reuse systems combining biological treatment, clarification, filtration, activated carbon, UF, RO and disinfection.
Hydraulic circulation, filtration, dosing, disinfection, pumps, piping, installation and commissioning.
Industries and Applications
Project Services
The service model keeps technical review, execution discipline and operating support connected from the start.
Defined Project Scope
Clear inputs, deliverables and commissioning expectations.
Maintainable System Design
Layouts, utilities and controls planned for practical operation.
Lifecycle Technical Support
AMC, O&M review and retrofit planning after handover.
Review of available laboratory data, capacity, operating hours, intended use, project location and existing infrastructure.
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Inspection of the site or existing treatment plant to identify operating constraints, process limitations and improvement opportunities.
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Preparation of the design basis, process flow, equipment sizing, layout, utilities, technical specifications and control requirements.
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Coordinated engineering, procurement, equipment integration, installation, testing and commissioning under a defined project scope.
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Installation verification, flushing, leakage testing, equipment checks, instrument calibration, trial operation, optimisation and operator training.
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Periodic inspection, servicing, consumable planning, membrane review, instrument checks and operating-performance assessment.
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Routine monitoring, preventive maintenance, chemical and consumable management, reporting, troubleshooting and technical supervision.
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Capacity enhancement, process correction, automation upgrades, filtration improvement, membrane replacement and water-recovery optimisation.
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Contact
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