DigitalPaani | IoT-Enabled Wastewater Plant Automation DigitalPaani | IoT-Enabled Wastewater Plant Automation

DigitalPaani | IoT-Enabled Wastewater Plant Automation

Industrial Recycling

Sustainable Development Goals

SDG 13 – Climate Action, SDG 6 – Clean Water and Sanitation, SDG 9 – Industry Innovation and Infrastructure

Company Overview

DigitalPaani, operated by Digital EcoInnovision Private Limited, is an Indian climate-tech company that develops an IoT-enabled software platform for automating the operations of wastewater treatment plants across residential, commercial, industrial, and municipal facilities.

The company was founded in 2020 by Mansi Jain and Rajesh Jain, a father-daughter team. Mansi Jain holds a background from Stanford University, while Rajesh Jain brings prior experience managing water treatment facilities through his earlier venture, WAPP Systems. The company is headquartered in Gurugram, Haryana.

DigitalPaani’s platform combines proprietary sensors with a diagnostic algorithm layer to continuously monitor plant performance and generate recommendations on chemical dosing, equipment adjustments, and maintenance actions for on-site operators. The company supports two engagement models, a direct IoT add-on for clients managing their own operations, and a fuller managed-operations arrangement delivered through partner service providers.

The company gained wider public visibility after appearing on Shark Tank India (Season 3). It has secured seed funding from investors including Elemental Excelerator, Echo River Capital, Enzia Ventures, and Bharat Founders Fund, and has been recognized as a Water Innovator by NITI Aayog and FICCI. DigitalPaani’s technology has been deployed across facilities operated by clients such as Tata Power, Reliance, Dr Reddy’s, Britannia, Taj Hotels, and the Delhi Jal Board, and the company has stated plans to expand deployment across major Indian metropolitan markets.

Why These SDGs Matter

DigitalPaani’s platform directly addresses SDG 6 by helping wastewater treatment plants function reliably, which increases the volume of water that is safely treated and made available for reuse rather than discharged untreated. This directly supports water conservation and sanitation infrastructure objectives. SDG 13 is relevant because improved treatment plant efficiency reduces energy waste and associated emissions tied to inefficient or malfunctioning treatment processes, contributing to broader climate mitigation efforts. SDG 9 applies because the company’s IoT and software layer represents a digital infrastructure upgrade to an industrial process, category, wastewater treatment, that has historically relied on manual, non-digitized operations in India. By retrofitting sensor-based monitoring and automated diagnostics onto existing plant infrastructure, DigitalPaani supports the broader modernization of industrial and municipal infrastructure systems.

Products & Services
  • IoT sensor hardware for wastewater treatment plant monitoring
  • Software platform for real-time plant performance tracking
  • Algorithm-driven diagnostics for identifying operational issues
  • Automated recommendations for chemical dosing adjustments
  • Maintenance scheduling and operator instruction workflows
  • Direct IoT add-on for self-managed plant operations
  • Managed operations service delivered through partner providers
  • Water reuse and water balance advisory support

Business Challenges Solved
  • Manual, error-prone operation of wastewater treatment plants
  • Frequent equipment breakdowns and unplanned plant downtime
  • Inconsistent chemical dosing leading to treatment failures
  • Limited visibility into real-time plant performance
  • Low water reuse rates due to underperforming treatment infrastructure
  • Shortage of skilled onsite operators for complex treatment processes
  • Regulatory non-compliance risk from dysfunctional treatment plants
Approach & Methodology

DigitalPaani’s delivery model centers on pairing hardware sensors with a software diagnostic layer that continuously ingests operational data from wastewater treatment plants. Custom-built sensors monitor biological process health alongside standard operational parameters such as chemical levels and equipment status. This data feeds into a set of proprietary algorithms designed to identify inefficiencies and predict potential failure points before they disrupt plant operations.

Based on this analysis, the platform generates step-by-step operator instructions covering chemical dosing, equipment adjustments, and maintenance actions, intended to allow lower-skilled onsite personnel to manage plants that would otherwise require specialized expertise. The company frames this as shifting plants from reactive maintenance, responding to breakdowns after they occur, to proactive management guided by continuous monitoring.

Delivery is structured around two models. In the first, clients retain operational control and use DigitalPaani’s IoT and software layer as a decision-support add-on. In the second, DigitalPaani works through partner service providers to deliver a fuller managed-operations offering. Both models are built on the same underlying sensor and algorithm infrastructure, integrated with existing plant equipment rather than requiring full infrastructure replacement.

Market Position

DigitalPaani operates in India’s wastewater treatment technology segment, positioning itself as a digital operations layer for existing treatment plant infrastructure rather than a plant equipment manufacturer or civil construction contractor. Its primary customers are commercial, industrial, and institutional facility operators managing onsite wastewater treatment plants, including manufacturing companies, hospitality chains, and public sector water utilities.

The company differentiates its offering through the combination of proprietary sensor hardware and algorithm-driven diagnostics, positioning its platform as an active operations management tool rather than a passive monitoring dashboard. Its client roster includes large enterprise and public sector organizations such as Tata Power, Reliance, Dr Reddy’s, Britannia, Taj Hotels, and the Delhi Jal Board, indicating traction among both private industrial operators and government utility bodies.

Procurement Considerations
  • Compatibility of sensor hardware with existing plant equipment and controls
  • Installation and integration timeline for retrofitting sensors onto legacy plants
  • Choice between self-managed IoT add-on model versus partner-managed operations
  • Data connectivity and monitoring infrastructure requirements at the facility
  • Operator training needs for interpreting platform recommendations
  • Ongoing subscription or service costs versus expected operational savings
  • Verification of claimed cost and efficiency outcomes for comparable facility types
  • Service and support availability in the client’s operating region
Funding, Recognition & Ecosystem
  • Seed funding round led by Elemental Excelerator, its first investment in Asia
  • Participation from Echo River Capital, Enzia Ventures, Peer Cheque, SAE, DeVC, and Bharat Founders Fund
  • Angel investment from individuals including Ashish Goel (Urban Ladder) and Mohit Tandon (Delhivery)
  • Recognized as a Water Innovator by NITI Aayog and FICCI
  • Featured participant on Shark Tank India, Season 3
  • Backed by Climate Angels investor network
Natnavi Analysis

DigitalPaani addresses a structural inefficiency in India’s water infrastructure: a large share of the country’s wastewater treatment plants are reported to operate below capacity or fail entirely due to manual, inconsistent management practices. By layering IoT sensors and diagnostic software onto existing plant infrastructure, the company offers a comparatively low-capital-intensity intervention that does not require facility operators to replace treatment equipment outright.

The company’s relevance is reinforced by its client base, which spans large private industrial operators and public sector utility bodies, suggesting the platform has found traction across both commercial and government procurement contexts. Its recognition from NITI Aayog and FICCI, along with participation from climate-focused investors such as Elemental Excelerator, lends third-party validation to its technical approach.

As an early-stage company, DigitalPaani’s scale of deployment remains modest relative to the scale of India’s wastewater treatment infrastructure challenge, and procurement teams should independently verify performance claims and cost-saving figures against their own facility conditions before adoption. The company’s dual delivery model, offering both a self-managed add-on and a fully managed operations service, gives it flexibility to serve customers with varying levels of internal technical capacity, which is a meaningful differentiator in a market where operator skill shortages are a recurring adoption barrier.

Sources & References
Website
Founded: 2020
Company Stage: Startup
Headquarters
Gurugram, Haryana, India
Geographic Presence
DigitalPaani is headquartered in Gurugram, Haryana, and operates primarily within India. Its deployments span multiple Indian metropolitan regions, and the company has stated plans to expand its footprint across additional major urban centers including Delhi-NCR, Mumbai, Bangalore, Chennai, Pune, and Hyderabad. The company’s client base spans commercial, industrial, and institutional facility operators located across these regions.
Solution Type
Service Provider, Software Platform, Technology Provider
Sustainability Outcomes
Carbon Reduction, Resource Efficiency, Waste Reduction, Water Conservation
Industries Served
Commercial Buildings, Energy & Utilities, Government & Public Sector, Healthcare & Pharmaceuticals, Manufacturing
Last Reviewed: August 22, 2026

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