Engineering Solutions. Delivering Results.
The clearest way to understand what Aaradhyaa & Co. is capable of is to look at the work already on the ground. Below is a detailed account of our flagship contracts, active portfolio, and completed assignments — with engineering context for each.
The Irla project involved a comprehensive capacity upgrade of a major storm water pumping station serving the Irla catchment in Mumbai’s western suburbs. The existing station was operating below design capacity with no automation infrastructure — a serious liability during high-rainfall events.
Engineering scope included replacement of all pump sets with high-capacity submersible units, full electrical system upgrade with new HT panels and motor control centres, SCADA integration with the BMC’s central telemetry network, automated gate controls for sluice management, and civil rehabilitation of the pump house, wet well, and outfall structure.
The station now operates with automated level-triggered pump startup, remote monitoring, and redundant power supply — running through peak monsoon events without site-level manual intervention. The 15-year O&M contract places Aaradhyaa’s team on-site for the full operational period.
The Haji Ali station is a legacy coastal facility at one of Mumbai’s most visible locations. The engineering challenge here was sensitive: upgrading to modern standards while maintaining flood protection capability during monsoon windows — without a full station shutdown.
The transformation covered complete mechanical replacement of ageing pump sets, installation of telemetry systems linked to the BMC’s operational control centre, automation of gate and valve controls, and civil upgrades to the wet well and outfall structure. The station was handed over with a full 15-year O&M framework in place, with Aaradhyaa’s team responsible for preventive maintenance, performance reporting, and emergency response throughout.
The Mahul station handles storm water drainage along one of Mumbai’s primary highway corridors — where flooding directly disrupts hundreds of thousands of commuters. The project scope included design, supply, and installation of high-capacity dry pit pump sets with variable frequency drives, a complete SCADA control system, and power infrastructure for reliable operation during grid outages.
The main engineering challenge was high discharge capacity on a constrained site. The design incorporated multiple pump banks with automated staging controls — modulating output in real time based on incoming water levels and downstream discharge conditions.
India’s largest storm water pumping station by installed capacity, providing uninterrupted flood protection for South Mumbai. Currently in the active operations phase under Aaradhyaa’s long-term O&M contract. Associate partner: WMEL.
Has recorded zero major flooding incidents at critical low-lying zones in its catchment area during peak monsoon seasons since commissioning. Automated level monitoring ensures pump activation before manual intervention would typically be triggered. Associate partner: NAVAYUGA.
Handles strategic flood diversion from the Mithi River basin — a critical link in Mumbai’s broader flood management network. Engineered to manage high discharge loads during heavy rainfall events upstream. Associate partner: WMEL.
The Hindmata junction had been waterlogged every monsoon for four decades. The new mini pumping station, combined with upstream drainage improvements, addresses the problem structurally. The engineering involved careful coordination with existing sub-surface utilities and ongoing traffic management across one of Mumbai’s busiest intersections. Joint Venture: ARW-ANC-JK.
Replacement of 220 MLD pump sets with 1,500 KW motors fully integrated with variable frequency drives. The VFD integration allows the station to operate at partial load during lower inflow periods — cutting energy consumption significantly against fixed-speed operation. Associate partner: AVIGHNAA.
Storm water discharge and flood control along a critical Mumbai highway corridor. Automation and telemetry infrastructure is consistent with BMC’s integrated flood management network objectives. Joint Venture: WMEL.
Site of Mumbai's first roller gate installation, providing temporary flood control at a chronically waterlogged junction. Project was executed on a compressed timeline to be operational before the 2023 monsoon season. The roller gate design was selected for its ability to manage variable flood levels within constrained site geometry.
Independently executed by the Aaradhyaa team. A ward-level pump system serving the F/N ward drainage network — part of the BMC's broader programme of neighbourhood-scale flood mitigation improvements.
The first phase of engineering intervention at Mumbai's most notorious waterlogging intersection. This project established the drainage and pumping infrastructure framework that Phase II builds on, and demonstrated that targeted engineering can resolve chronic flooding issues that had previously been treated as unavoidable.
Strengthened flood resilience across the Mahalaxmi catchment — a high-density residential and commercial area with historically limited drainage capacity.
Flood control for one of Mumbai's busiest transit corridors. Construction was executed in phases to maintain traffic and pedestrian movement throughout the build period.
Independently executed by Aaradhyaa & Co. as part of the BMC's ward-level micro pumping station programme
Currently under active execution as part of the BMC's 2024-25 micro pumping station programme. These packages deliver localised flood control at junction and street level across designated wards.
Our work spans the full lifecycle of water infrastructure — from construction through decades of operation
Looking for reliable infrastructure solutions? Get in touch with our team for expert assistance and project enquiries.