H₂O
Water Treatment Chemistry
Testing how groundwater chemistry affects contaminant removal, including pH, conductivity, turbidity, iron interference, arsenic species, and treatment stability.
Research & field translation
Science for society.
Water research, testing, diagnostics, and field deployment for safer communities.
Navmarg develops practical water-technology systems through applied chemistry, contaminant-removal studies, embedded diagnostics, geospatial mapping, and real field validation. The work is designed for laboratories, schools, communities, public agencies, and implementation partners.
Fieldvalidated learning
LabWater chemistry & testing
FieldSchool/community validation
GISWater intelligence mapping
IPPatents & technical records
Research areas
A water research platform, not a single-device page.
Navmarg’s research work is organized around clear scientific domains, practical testing, prototype development, and field translation.
As
Trace Metal Removal
Development of removal pathways for arsenic and other trace metals, keeping public communication focused on purpose, performance checks, and field output.
µC
Embedded Diagnostics
Sensor electronics, microcontroller-based measurement, calibration workflows, data logging, and field-ready water-quality monitoring hardware.
GIS
Geospatial Water Intelligence
Spatial contamination mapping, risk layers, hotspot identification, public-scheme monitoring, and decision-support dashboards for water governance.
Project portfolio
Projects are shown by purpose and output, not hidden technical IP.
Each project explains what the research is about and what practical output it is expected to deliver, without exposing unpublished invention details.
Magnetic Arsenic Removal ResearchPurpose: study arsenic-removal behaviour and translate it into safe drinking-water treatment hardware. Output: field-deployable treatment units, testing records, and maintenance protocol.
In-Situ Water Quality DevicePurpose: develop a field system for fast multiparameter water screening. Output: sensor-based device architecture, calibration workflow, and local reporting interface.
Geospatial Water IntelligencePurpose: make water quality visible like air quality. Output: maps, risk layers, hotspot dashboards, and planning tools for agencies and communities.
Arsenic Speciation StudyPurpose: compare measurable spectral and magnetic signatures of inorganic arsenic species. Output: research evidence for future rapid screening and sensing workflows.
Field Deployment ResearchPurpose: understand how systems perform in schools, communities, and public water points. Output: operational feedback, performance checks, user documentation, and scale-up learning.
Laboratory to field pathway
Research only matters when it survives outside the lab.
Navmarg follows a practical development route from problem definition to evidence, testing, field validation, and deployment documentation.
Problem definition
Identify contaminant type, water source, site condition, user need, and treatment objective.
Bench study
Run basic chemistry checks, water-quality screening, material response, and treatment-pathway comparison.
Prototype engineering
Convert the research idea into hardware, firmware, testing layout, or software workflow.
Testing & validation
Check performance using relevant water-quality parameters, repeat tests, and document evidence.
Field translation
Prepare deployment notes, maintenance logic, partner reports, and public-use documentation.
Facilities & laboratory capabilities
A credible research facility section for reviewers.
Add exact laboratory photographs, instruments, and partner names later. The structure below is ready for a serious research website and avoids unsupported claims.
Applied Water Testing Bench
pH, EC, TDS, turbidity, baseline water-quality profiling, sample preparation, and comparative treatment checks.
Treatment Pathway Evaluation
Screening of treatment routes for metals and other contaminants using lab observations, repeat measurements, and field constraints.
Fabrication & Assembly Area
Filter housings, flow components, mechanical layout, installation fitment, serviceability review, and field-ready assembly testing.
Embedded Systems Desk
Microcontroller boards, sensors, signal acquisition, firmware testing, display interface, data logging, and device troubleshooting.
Geoscience & Mapping Workstation
Village-level mapping, water-source datasets, contamination-risk layers, spatial interpolation, and field survey visualization.
Deployment Documentation Cell
Pilot records, test reports, photographs, maintenance notes, user feedback, and technical files for partners and agencies.
Facilities, collaborations & field network
Built through labs, institutions, and real water points.
Use this section to list verified collaborations, facility access, field testing locations, academic support, and public-sector touchpoints.
Replace placeholders with exact facility photographs, MoU names, instrument photos, and partner logos only after confirmation.
Reference library
Standards, agencies, and scientific references used for research direction.
These are common water-quality and environmental references. They open only when clicked, in a new tab, and are not loaded inside this page.
Testing methodsAPHA / AWWA / WEF Standard MethodsReference source for water and wastewater examination methods used by laboratories and researchers.Open reference →
Public healthWHO Drinking-Water Quality GuidelinesInternational public-health reference for drinking-water safety, risk management, and guideline values.Open reference →
Analytical methodsUS EPA Drinking-Water Analytical MethodsApproved analytical-method references for drinking-water monitoring and laboratory method selection.Open reference →
Indian standardsBIS Standards Search PortalIndian Standards portal for searching drinking-water and environmental testing references.Open reference →
India authorityCentral Pollution Control BoardEnvironmental regulatory information, water-quality resources, and pollution-control references in India.Open reference →
Water governanceJal Jeevan MissionReference context for rural drinking-water supply, public infrastructure, and reporting.Open reference →
WASHUNICEF Water, Sanitation & HygieneReference for safe-water access, community health, sanitation, and public-impact framing.Open reference →
Water educationIHE Delft Institute for Water EducationWater education, applied water research, and sector capacity-building reference.Open reference →
Chemical databasePubChemChemical information source for compound data, identifiers, molecular structures, and reference chemistry.Open reference →
Arsenic backgroundArsenic in the EnvironmentReference background for arsenic occurrence, exposure, and environmental distribution.Open reference →
Removal reviewTechnologies for Arsenic Removal from WaterReview-style reference for arsenic-removal technologies, limitations, and future perspectives.Open reference →
Magnetics modellingFEMM Permanent Magnet ExampleReference context for finite-element magnetostatic modelling and magnetic field simulation.Open reference →
Research record
IP, publications, reports, and technical documentation.
This section should present only public-facing records. Sensitive geometry, unpublished mechanisms, detailed formulas, and application-drafting content should not be exposed on the website.
Add public PDFs, patent links, publication links, and field reports here after checking that each file is safe for website release.
Public-facing description only: research translated into arsenic-removal hardware for drinking-water applications.
Early scientific work documenting the direction of magnetic-field-assisted contaminant-removal research.
Device architecture, sensor workflow, field reporting logic, and validation documents for reviewer use.
Slides, site photographs, water-testing summaries, beneficiary records, and partner-facing technical notes.
Village/site datasets, map layers, contamination-risk analysis, and planning outputs for water-governance use.
For reviewers, labs & collaborators
Start a research conversation
Bring a water problem. We map the science, testing route, and field path.
Navmarg’s research page gives funding agencies, technical reviewers, laboratories, and implementation partners a clear map of the company’s R&D capability without repeating the About page.