How Shrunga Works
From water testing and site survey to installation and support — our transparent 4-stage process.
Our 4-Stage Implementation Process
Every residential, agricultural, and industrial installation is handled by specialized engineers to guarantee peak performance and statutory compliance.
Assessment & Water Testing
We evaluate your water source—testing TDS, chlorine, hardness, suspended silt, and microbiological parameters. For borewell projects, our hydrogeologists analyze local geological strata, catchment rooftop area, and rainfall patterns.
Custom Engineering & Sizing
We match your requirements to the ideal hardware: compact zero-waste tap filters for kitchens, customized dual-chamber silt pits with V-wire screens for boreholes, or atmospheric water generators calibrated to regional humidity.
Precision Turnkey Installation
Our certified field technicians manage complete implementation: domestic filters are fitted in 30 minutes tool-free; borewell recharge civil chambers are excavated and sealed within 2 to 3 days; AWG systems are deployed with power integration.
Purity Verification & Support
We conduct post-setup flow and purity validation against WHO & BIS 10500 standards. You receive full documentation, warranty certificates, DIY maintenance guides, and scheduled pre-monsoon checkups.
The Engineering Mechanics of Each Solution
How our three core technology lines solve water contamination and scarcity using physical principles rather than wasteful chemical processes.
How Tap Water Filters Achieve 0% Waste & Mineral Retention
Conventional Reverse Osmosis forces water through a dense semi-permeable membrane at high pressure, requiring a continuous drain line that discards up to 75% of incoming water. RO also non-selectively strips essential alkaline minerals (Calcium, Magnesium, Potassium), leaving water demineralized.
Shrunga's Direct Adsorption Mechanism: We utilize advanced catalytic activated carbon blocks bonded with micro-porous sediment media. Incoming municipal or overhead water passes through progressive gradient pores:
- Mechanical Stage: 5-micron spun matrix traps pipe rust, sand, silt, and algae.
- Chemical Adsorption Stage: High-iodine coconut-shell carbon neutralizes free chlorine, chloramines, volatile organic compounds (VOCs), and odor.
- Mineral Conservation: Dissolved ionic minerals naturally flow through without membrane rejection.
How Deep Aquifer Bore Well Recharge Replenishes Underground Reserves
A borewell dries up when the extraction rate exceeds natural subterranean percolation. Concreted surfaces in modern cities prevent rain from seeping through subsoil layers into hard rock fractures located 150 to 500 feet below ground.
Dual-Chamber Silt Deflection & Deep Injection: Our engineered systems capture storm discharge and direct it through two controlled stages:
- Desilting Pit: Baffles slow down high-velocity water, precipitating heavy sand and mud particles to the bottom.
- V-Wire Wedge Screen: Precision-slotted stainless steel mesh deflects finer silts without clogging.
- Direct Fracture Infiltration: Filtered rain injects down the casing into deep rock fissures, replenishing the water table permanently.
How Atmospheric Generators Extract Drinking Water from Sea Air
Even in dry seasons, coastal corridors like Visakhapatnam, Kakinada, and Machilipatnam hold billons of cubic meters of pure moisture in the atmosphere. The Atmospheric Water Generator (AWG) harnesses this renewable moisture reservoir without touching municipal pipes or subterranean aquifers.
- Air Intake & HEPA Scrubbing: Ingests ambient air, removing dust, spores, and PM2.5 pollutants.
- Thermodynamic Condensation: Food-grade heat exchangers cool air below dew point to precipitate pure moisture droplets.
- UV Sterilization & Bio-Remineralization: Eliminates bacteria and infuses essential minerals for alkaline, crisp drinking water.
Verified Deployments Across AP & Telangana
See how our engineered systems perform under tough Indian climatic and geological conditions.
MVP Colony, Visakhapatnam
Replaced failing 75% reject RO system with Shrunga zero-waste tap filter. Conserved 14,000+ liters of water annually while retaining natural mineral taste.
Vizianagaram Mango Orchard
A 450-ft borewell that ran dry every April was recharged with our V-wire gravel chamber. The following summer, pump yield maintained steady 2.5 inches continuous discharge.
Coastal Healthcare Center
Groundwater had high salinity and fluoride. Installed a 250 LPD MEGHDOOT atmospheric water generator powered by solar, providing continuous medical-grade drinking water.
Ready to Implement Water Security on Your Site?
Contact our engineering team to schedule a water test, borewell catchment inspection, or customized proposal.
Request Engineering Survey
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