Rainwater Harvesting Solutions
Founded and led by Sunil Sharma. For over 20 years, Silveron has designed and built turnkey rainwater harvesting systems, campus stormwater drainage, and deep aquifer recharge shafts for India’s leading industrial plants and institutions—with complete CGWA NOC approval.
Turnkey deep recharge shafts deployed across diverse soil and rock strata nationwide.
Over two decades of hands-on groundwater engineering led by Sunil Sharma.
Field-proven systems operating across manufacturing hubs and water-stressed regions nationwide.
Detailed Project Reports (DPR) approved for CGWA industrial groundwater NOC clearances.
“Rainwater Harvesting – Today’s Gift for a Better Tomorrow.”
Water is the most critical natural resource essential to sustain all life. Deep underground aquifers are nature’s subterranean freshwater reserves, replenished over generations by the slow soak of rainwater through soil strata. Today, unprecedented industrial pumping far outpaces natural recharge, driving steep water table decline across India.
Engineered rainwater harvesting bridges this gap. By capturing monsoon rainfall and guiding it deep underground before it runs off or evaporates, we actively recharge depleted aquifers and safeguard our collective water future.
At SILVERON, groundwater conservation is our lifelong focus. Decades of working directly with diverse soils, hard rock, and deep sand layers have enabled us to engineer high-capacity recharge shafts that take in heavy monsoon runoff rapidly and reliably—without the silt clogging that ruins conventional pits.
With over twenty years of delivering turnkey rainwater harvesting systems for India’s premier manufacturing plants and institutions, our promise remains simple: honest field engineering, long-lasting structures, and real groundwater replenishment.
Campus Stormwater Drainage & Deep Aquifer Recharge
Mapped campus runoff patterns and drilled deep recharge shafts across manufacturing and R&D facilities. Eliminated seasonal monsoon waterlogging around factory bays while channeling peak cloudburst rainfall directly into deep underground aquifers.
Groundwater Replenishment & Aquifer Table Revival
Designed and built high-capacity recharge systems in critical water-stressed basins. Combined dual-stage silt settlement chambers with deep recharge shafts to replenish groundwater reserves and support year-round plant water security.
Factory Yard Flood Control & Subsurface Drainage Network
Built perimeter drains and deep percolation shafts across busy manufacturing yards. Successfully separated dirty first-flush runoff and directed heavy monsoon flows into deep permeable soil layers, preventing standing yard water.
Flood Drainage & Soil Waterlogging Remediation
Solved severe monsoon waterlogging across low-lying processing and agricultural land. Drilled shafts through thick surface clay layers to drain standing floodwaters into deep, free-draining sand strata underground.
Monsoon Stormwater Control & Foundation Protection
Engineered heavy-duty civil drainage and recharge shafts to handle massive cloudburst runoff from expansive workshop roofs and yards. Built high-capacity desilting chambers to protect building foundations from water buildup.
Water Harvesting for Wildlife Habitats & State Policy Advisory
Planned and developed natural water bodies and recharge systems across forest habitats to sustain wildlife throughout dry summer months. Advised the Government of Rajasthan Water Task Force on statewide groundwater recharge initiatives.
Reviving 15th-Century Stepwells (Bawaris) in Amber, Jaipur
Beyond modern manufacturing plants, Silveron has a unique track record of bringing India’s ancient water architecture back to life. In Amber, Jaipur, Sunil Sharma and our field team revived two historic 15th-century stepwells—Sarai Bawari and Kale Hanuman Ji ki Bawari—monumental stone structures that had been choked and dry for generations.
Ground Surveys & Soil Strata Testing (VES)
Vertical Electrical Sounding (VES) and resistivity testing to map underground soil layers, find permeable sand beds, and calculate exact site absorption capacity.
Stormwater Drainage Planning & Modeling
Designing civil storm drains, collection channels, and silt traps sized for local peak rainfall to prevent yard flooding and route clean water to recharge shafts.
Turnkey Recharge Shaft Construction
Complete on-site drilling, filter gravel installation, desilting chambers, and storm drain connections executed directly by our experienced field crews.
Water Table Monitoring & Impact Audits
Measuring groundwater levels before and after monsoons, testing infiltration rates, and documenting water table recovery for plant management records.
Revival of Choked Pits & Dry Wells
Desilting, high-pressure backwashing, and rebuilding choked rainwater harvesting pits and dry borewells to restore them to full absorption capacity.
CGWA NOC Compliance & Detailed Project Reports (DPR)
Preparing comprehensive Detailed Project Reports (DPR) and groundwater recharge plans that meet all Central Ground Water Authority guidelines for industrial NOC approval.
Why the Silveron Recharge Shaft Outperforms Conventional Pits
Most rainwater harvesting pits fail within 2 to 3 monsoons because they rely on slotted PVC pipes wrapped in mesh. Fine silt quickly clogs the slots, water stops draining, and the industrial yard starts flooding again. Developed over 20 years of hands-on field testing by Sunil Sharma, the Silveron Recharge Shaft is built differently: it channels heavy rainfall directly into deep ground strata without clogging.
The shaft is packed with clean, graded filter gravel in direct contact with natural soil. With no slotted casing pipes to choke on silt, water drains freely and continuously into the ground.
We drill past dense surface clay and hard soil layers to connect directly into deep, highly permeable sand and gravel beds that absorb heavy runoff fast.
Shafts are linked together with overflow channels. During intense cloudbursts, excess water automatically balances across the network so no single area gets flooded.
A built-in reverse-flow flush lets your team or our service crew wash out accumulated silt in minutes before every monsoon, keeping intake performance like new year after year.
Address to the Indian Society of Landscape Architects (ISOLA)
Sunil Sharma explains how to integrate groundwater recharge and civil stormwater drainage into large industrial campuses and institutional master plans.
Restoring 15th-Century Stepwells: Sarai Bawari & Kale Hanuman Ji
Root Stories dialogue documenting the excavation, dewatering, and revival of historic stepwells that had remained dry and choked for generations.
Practical Rainwater Harvesting & Groundwater Dynamics
Sunil Sharma breaks down how recharge shafts work, how soil layers absorb water, and how to stop silt from choking drainage pits during heavy rains.
Converting Dry Borewells into Rainwater Recharge Shafts
Step-by-step on-site demonstration of transforming an abandoned, dried-up borewell into a high-capacity groundwater recharge conduit.
Rainwater Harvesting at Ranthambore Tiger Reserve
Field case study on designing natural water harvesting structures across forest corridors to maintain reliable water for wildlife through hot summers.