Borewell & Groundwater Testing
What We Test For?
Using advanced instrumentation such as ICPMS and LCMSMS, we quantify contaminants at trace levels, ensuring the results are accurate and actionable.
Physical & chemical properties
pH, turbidity, hardness, total dissolved solids (TDS), alkalinity and conductivity.
Major ions & nutrients
Calcium, magnesium, sodium, potassium, chloride, sulfate, bicarbonate, nitrate and phosphate.
Heavy metals & minerals
Arsenic, iron, manganese, fluoride, lead, mercury and cadmium.
Microbiological contaminants
Total coliforms, faecal coliforms and E. coli indicating faecal contamination.
Agricultural & industrial pollutants
Pesticides, herbicides and volatile organic compounds.
Why Borewell & groundwater testing is important?
Although FSSAI’s mandatory testing requirements focus on water used in food processing, the same best practices apply to borewell water—ideally testing at least twice per year to monitor seasonal variations and catch contamination early. Always use an FSSAInotified, NABLaccredited laboratory for reliable results.
Using advanced instrumentation such as ICPMS and LCMSMS, we quantify contaminants at trace levels, ensuring the results are accurate and actionable.
Who We Serve?
Residential Borewell Owners
Routine checks for potability and IS 10500 compliance.
Industries Using Borewell Water
Ensuring safe use in manufacturing processes and boiler systems.
Agriculture & Irrigation Users
Assessing groundwater quality for crop health and soil sustainability.
Real Estate Projects & Housing Colonies
Groundwater audits for RERA & municipal approval.
Our Working Process
Sampling Assistance
We provide sterile containers and guidance to collect representative samples without introducing contaminants.
Laboratory Analysis
Samples are tested against national (IS 10500) and international standards to assess potability and suitability for irrigation.
Reporting & Interpretation
Clear, comprehensive reports explain each parameter and highlight any exceedances, along with remediation recommendations.
FollowUp Support
If issues are detected, we advise on treatment options such as filtration, softening, reverse osmosis or disinfection.
Why Choose Our Lab?
Accredited & Trusted
NABL accreditation and recognition by BIS and FSSAI ensure reliability.
Experienced Team
Hydrogeologists, chemists and microbiologists with deep expertise in groundwater.
State of the Art Facilities
Instrumentation capable of detecting pollutants at partsperbillion concentrations.
Timely Results
Reports delivered quickly, enabling prompt corrective action.
Nationwide Service
Sample pickup and support across Mumbai, Kanpur and beyond.
Take Action to Protect Your Water Source
Don’t leave your borewell’s safety to guesswork. Schedule a comprehensive borewell water test today and gain clarity on the quality of your hidden resource. Our expert team is ready to collect samples and provide insights that safeguard health and productivity.
Using advanced instrumentation such as ICPMS and LCMSMS, we quantify contaminants at trace levels, ensuring the results are accurate and actionable.
Here's What They Say
FAQs
Why is borewell water often contaminated?
Borewell water flows through underground rocks and soils, dissolving minerals like iron and fluoride. It can also pick up chemicals and microbes from septic systems, agriculture or industrial activities.
How often should borewell water be tested?
At least once a year for domestic use; more frequently (every six months) if the water is used in food processing or if the borewell is near potential contamination sources. Seasonal variations can influence contaminant levels.
What if my borewell water fails the test?
We provide guidance on remediation options—filtration, reverse osmosis, UV disinfection or chemical treatment. In some cases, relocating or deepening the borewell may be necessary.
Can borewell water be made potable?
Yes, with proper treatment. Our reports indicate which contaminants exceed limits and recommend appropriate purification methods to make the water safe for drinking.
Do you test irrigation water differently?
For agricultural use, we assess salinity, sodium adsorption ratio and specific ions that affect soil fertility and crop yields. This helps farmers choose crops and treatments suited to the water quality.