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Odour Control Unit Aaxis Nano to Advance Odour Mitigation at Delhi Jal Board’s Preet Vihar Sewage Pumping Station 22 July 2026  | Delhi, India The 53.5 MGD pumping station will be equipped with H₂S surveillance and engineered odour treatment to reduce foul-smell impact around nearby residential areas. Delhi Jal Board’s Preet Vihar Sewage Pumping Station is set to upgrade its odour-control framework through the implementation of an Odour Control Unit by Aaxis Nano Technologies. Located near dense residential pockets, the project will support improved local environmental conditions, cleaner site operations and more controlled odour management around a key wastewater transfer facility. The proposed technology offering combines engineered odour capture, controlled air extraction, activated carbon-based filtration and online Hydrogen Sulphide (H₂S) measurement at critical points. Supported by instrumentation, control systems, commissioning and long-term operation and maintenance, the solution is designed to make odour mitigation more measurable, traceable and performance-driven. Once operational, it will help shift odour control at Preet Vihar from an invisible recurring concern into a monitored, managed and accountable environmental safeguard.

40 strategic monitoring locations across dams, rivers and stream sub-basins Digital Hydrology Strengthens Water Governance in Madhya Pradesh 20 July 2026  | Madhya Pradesh, India A unified Real-Time Data Acquisition System (RTDAS) strengthens Madhya Pradesh’s flood preparedness, planning and water-resource decisions. Madhya Pradesh’s water-resource management has gained a sharper digital layer under the World Bank-supported National Hydrology Project, with the Water Resources Department bringing critical dam, river and rainfall observations into a centralised monitoring framework. Enabled by Aaxis Nano Technologies through field instrumentation, telemetry and system integration, the network connects strategic locations to the Bhopal data centre, strengthening the state’s capacity for timely review, flood preparedness and coordinated decision-making. The project links 40 strategic monitoring locations across dams, rivers and stream sub-basins, responding to Madhya Pradesh’s growing need for dependable hydrological visibility amid climate variability, flood risk and rising water demand. By replacing fragmented reporting with a connected data framework, the system supports forecasting, operational review, planning and administrative decision-making with greater clarity. At the field level, the deployment includes Automatic Water Level Recorders and Automatic Rain Gauges for continuous measurement of water levels and rainfall. Supported by Yagi antennas, solar panels, data collection platforms, data loggers, tipping-bucket assemblies and protected station infrastructure, the setup is designed to maintain reliable performance across remote dam and river locations. For seamless data movement, the system uses GSM/GPRS and INSAT-based communication, allowing observations from dispersed sites to reach WRD’s central monitoring framework. Integration with the department’s e-SWIS platform enables visualisation, calibration, validation and wider access for Chief Engineer offices and key departments, strengthening coordination across the state’s water-management ecosystem. Backed by a five-year operations and maintenance commitment, the project reflects Aaxis Nano’s capability in combining instrumentation, telemetry and platform integration for large-scale hydrological governance. By converting scattered field readings into structured, decision-ready information, the initiative strengthens Madhya Pradesh’s preparedness for flood response, water planning and long-term resource resilience.

9 strategic stations across remote and snow-sensitive locations From Snowfields to Forecasting Centers: Real-Time Snow Telemetry in Sikkim 16 July 2026  | Sikkim, India A satellite-linked Snow Gauging and Meteorological Stations network strengthens the movement of high-altitude snowfield and weather data from Sikkim’s mountain terrain to forecasting and planning systems. Across the Himalayan terrain of Sikkim, the Central Water Commission’s specialised monitoring network brings snow-hydrological and meteorological observations into a connected data framework, with Aaxis Nano Technologies enabling the field instrumentation, satellite communication and site infrastructure behind the system. The project connects nine strategic stations across remote and snow-sensitive locations. Designed for difficult mountain conditions, the deployment supports a shift from isolated field readings to structured datasets for flood forecasting, snowmelt runoff assessment, operational review and long-term water-resource planning. The installed scope includes snow-depth sensors, precipitation gauges, snow density and snow water equivalent measurement, rainfall monitoring at selected sites, temperature and humidity probes, wind instruments, sunshine sensors, evaporation gauges and solar-radiation measurement. These are supported by data collection units, loggers, satellite antennas, solar power assemblies, battery backup, surge protection, masts, civil foundations and protected station infrastructure. For dependable transmission from remote Himalayan sites, the solution uses INSAT/V-SAT-based satellite communication. Field observations are routed to CWC’s Earth Receiving Station at Delhi and further connected with the Modelling Centre at Gangtok and the FFM Directorate, CWC, New Delhi, helping technical teams access mountain data in a usable format. Backed by a two-year comprehensive warranty and eight years of maintenance support, the installation demonstrates Aaxis Nano’s ability to deliver resilient monitoring systems for complex geographies. By combining precision instruments, communication architecture and lifecycle service, the project strengthens the technical foundation for snow-fed hydrology, forecasting preparedness and long-term water-resource planning.

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Smart Effluent Management Initiative Aaxis Nano Modernizes Effluent Treatment Operations for Department of Atomic Agency 08 July 2026  |  Kota, Rajasthan, India Aaxis Nano successfully delivered a centralized PLC-SCADA based Control & Instrumentation System, bringing critical effluent treatment operations, distributed Hold-Up Tanks, and process assets under a unified supervisory platform Managing effluent treatment across multiple facilities, process units, and distributed assets demands more than monitoring; it requires intelligent and coordinated control. At the Effluent Treatment Plant (ETP) of Nuclear Fuel Complex (NFC), Kota, a unit of the Department of Atomic Energy (DAE), a centralized control system has brought critical treatment operations under a unified supervisory framework, enhancing visibility, reliability, and operational control across the facility. At the core of this transformation is an integrated control environment that brings together Active Liquid Waste Treatment, Active Solid Waste Management, and Non-Active Waste Treatment facilities, along with distributed Hold-Up Tanks (HUTs), utility infrastructure, and third-party process systems. Through centralized SCADA-based monitoring, operators gain real-time access to process conditions, equipment status, alarms, events, and historical trends, enabling more informed decision-making and enhanced operational oversight. Built on a distributed PLC architecture, the system integrates Remote I/O stations, industrial Ethernet networks, and a redundant fibre optic communication backbone. Redundancy across critical system layers, including supervisory servers, communication networks, and power systems, enhances availability and supports uninterrupted plant operation. Advanced field instrumentation, including Electromagnetic Flow Meters, Radar Level Transmitters, Pressure Transmitters, Level Switches, and associated control interfaces, provides continuous visibility into critical process parameters, supported by alarm management, historical trending, reporting, and diagnostic functions. By bringing multiple treatment facilities and distributed assets onto a single automation platform, the project enhances operational reliability, process transparency, and centralized supervision across NFC Kota’s effluent treatment operations. The successful implementation further reinforces Aaxis Nano’s expertise in delivering automation solutions for mission-critical industrial environments where safety, availability, and process integrity are paramount.

Environmental MONITORING VAN Aaxis Nano’s Lab on Wheels Transforms Wastewater Monitoring for OSPCB 06 July 2026  |  Bhubaneswar, Odisha, India A GPS-enabled MRTWQMS delivers 45-minute field analysis, live telemetry and dashboard-led compliance oversight across Bhubaneswar The Odisha State Pollution Control Board has taken a decisive step towards faster and more transparent wastewater oversight in Bhubaneswar through the deployment of a Mobile Real-Time Wastewater Quality Monitoring System (MRTWQMS). As the city continues to expand, wastewater generation from residential, commercial, industrial and institutional sources has increased the need for quicker field assessment and stronger compliance visibility. Earlier, dependence on manual sampling and laboratory testing often resulted in delayed results, limited geographic coverage and slower enforcement response. The MRTWQMS addresses this challenge through a mobile, sensor-based platform capable of on-site sampling, rapid analysis and wireless transmission from multiple city locations. The project supports coverage across more than 1,600 discharge points, including residential and commercial buildings, industrial units, hotels, hospitals and other establishments. As the technology partner, Aaxis Nano delivered an integrated “lab on wheels” equipped with high-precision sensors, rugged instrumentation, GPS-enabled telemetry and cloud-based analytics. The system analyses 12 critical parameters, including BOD, COD, DO, TSS, TOC, nutrients, oil and grease, and coliforms. Using UV-VIS spectroscopy, optical sensing and microbial detection technologies, it provides validated results within 45 minutes. The solution also supports auto-zero and multipoint calibration, secure dashboard connectivity, live alerts, compliance reports and audit-ready traceability. Backed by five years of operation and maintenance, the deployment marks a clear shift from delayed manual checks to faster, evidence-led environmental enforcement. By bringing laboratory-grade capability directly to the field, Aaxis Nano has helped OSPCB build a scalable model for responsive governance, stronger compliance oversight and sustainable urban water management.