UV disinfection is often sold on its simplicity – no chemical dosing, no disinfection by-products, just a lamp and a reactor. But UV performance is far more sensitive to feed
Groundwater Depletion vs. Groundwater Contamination: Why Monitoring Strategy Differs for Each Groundwater problems in India tend to get lumped into a single headline – “groundwater crisis” – but from an
Water has quietly become one of the most regulated and most scrutinised inputs in Indian industry. Plants that once treated water management as a back-end utility now face direct pressure
For years, air quality monitoring relied on periodic surveys collecting samples, analyzing them in labs, and generating reports days later. At one point, this approach was sufficient. But today, that
Fixed vs Portable Air Quality Monitoring Systems is a critical decision for industries, cities, and institutions that need accurate and actionable air data. Choosing the wrong system can lead to
Air quality monitoring has traditionally been built around a simple principle: accuracy above all else. Reference-grade monitoring stations were designed to deliver highly precise, regulatory-compliant data. But as air pollution
Industrial emissions are now under stricter scrutiny than ever, with CPCB emission norms and real-time reporting mandates redefining how industries approach compliance in India. Regulatory bodies are increasingly moving toward
11 Monitoring Locations Real-Time River Water Quality Monitoring Across Himachal Pradesh 21 August 2026 | Himachal Pradesh, India Aaxis Nano Technologies commissions a Real-Time Water Quality Monitoring System (RTWQMS) for
UV disinfection is often sold on its simplicity – no chemical dosing, no disinfection by-products, just a lamp and a reactor. But UV performance is far more sensitive to feed
19 Site automated river discharge measurement network From River Data to Flood Readiness: Aaxis Nano Advances Monitoring in West Bengal 19 August 2026 | West Bengal, India Under the Ministry
9 Drainage pumping stations From Pumping Stations to Centralised Operations:Aaxis Nano Advances Automation in Patna 17 August 2026 | Bihar, India Nine drainage pumping stations upgraded through PLC-based automation, field sensing,
MOBILE GAS LEAK DETECTION SYSTEM Gas Leak Detection Evolved: Aaxis Nano Introduces a One-of-a-Kind Vehicle-Based System 12 August, 2026 | Maharashtra, India Aaxis Nano integrates gas sensing, location tracking, wind measurement
ECO SUSTAIN EXPO 2026 Aaxis Nano to Showcase Environmental Monitoring Solutions at Eco Sustain Expo 2026 28 July 2026 | HITEX Hyderbad, India Advanced monitoring technologies for air, water, wastewater, greenhouse
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
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
IFAT DELHI 2026 Aaxis Nano Showcased Advanced Environmental & Water Infrastructure Technologies at IFAT Delhi 2026 18 July 2026 | Bharat Mandapam, Delhi, India Aaxis Nano presented a comprehensive portfolio of
Groundwater Depletion vs. Groundwater Contamination: Why Monitoring Strategy Differs for Each Groundwater problems in India tend to get lumped into a single headline – “groundwater crisis” – but from an
Water has quietly become one of the most regulated and most scrutinised inputs in Indian industry. Plants that once treated water management as a back-end utility now face direct pressure
Water quality can change after treatment as it travels through reservoirs, pipelines, and distribution networks. Traditional grab sampling only provides periodic snapshots, making it difficult to identify sudden changes in
Oil behaves differently from any other water pollutant. A small release spreads into a thin film within minutes, drifts with wind and current, and can foul a long stretch of
Municipal water utilities today face a growing challenge: delivering safe drinking water while reducing chemical dependency, operational risk, and environmental impact. As cities expand and source water quality becomes more
In many Indian utilities, treated water quality is still monitored through periodic sampling and laboratory culture testing. Under BIS IS 10500:2012, neither E. coli nor total coliform organisms should be
Environmental water quality monitoring in India has traditionally relied on periodic manual sampling and laboratory analysis. While laboratory testing remains essential for regulatory validation, periodic sampling creates visibility gaps where
India’s water utilities continue to face high levels of Non-Revenue Water (NRW), where treated water is lost before reaching consumers. Many Indian water utilities continue to operate with NRW levels
Flooding is rarely a slow, predictable event. In many cases, water levels can rise within minutes, especially in urban areas where drainage systems are already under pressure. According to multiple
Environmental Monitoring, Automation and Telemetry Solutions Strengthened by Global Technology Partnerships.
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