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Enhancing Water Infrastructure with Ellenex Industrial Pressure Sensors
Ellenex Industrial Pressure Sensors for Outdoor Applications
ellenex team
10 min read


What are the best IoT sensors for monitoring water quality?
IoT water quality sensors are reshaping how industries and municipalities monitor and protect water resources. By delivering real-time data on key parameters like pH, turbidity, temperature, and dissolved oxygen, these smart sensors enable early detection of contamination, improved regulatory compliance, and more informed decision-making. From agriculture to municipal water systems, advancements in accuracy, connectivity, and energy efficiency are making IoT-based water monit
ellenex team
12 min read


Ellenex pH Sensors: Precision Water Quality in the Water Infrastructure Monitoring
Discover the transformative rise of aquaculture in the global fish market, with mariculture now contributing over 40% of total production
ellenex team
8 min read


Leveraging Energy-Efficient Radar (DRC3) and Submersible (PLS3) Level Sensors for Smart Manhole Monitoring
The modernization of wastewater and stormwater infrastructure is becoming a defining challenge for rapidly urbanizing cities. Traditional manhole monitoring—reliant on manual inspections—remains inefficient, costly, and prone to failure, often leading to unexpected overflows and environmental hazards.
Smart manhole monitoring systems, powered by advanced sensors and LPWAN connectivity, are transforming this paradigm. By enabling continuous, real-time visibility into undergro
ellenex team
11 min read


The Critical Role of Conductivity and Salinity Monitoring in the Resiliency of Modern Water Infrastructure: A Technical Analysis
Modern water infrastructure is shifting to a data-driven, proactive model. This blog explores how conductivity and salinity monitoring, specifically with the Ellenex CSD2 sensor, enhances asset resiliency. We analyze high-precision four-electrode technology, the wireless benefits of LoRaWAN and NB-IoT, and critical applications—from industrial cooling efficiency to coastal protection against saltwater intrusion and municipal safety in smart water networks.
Muskan Shrestha
10 min read


How LPWAN Technologies Enable Large-Scale Industrial IoT Sensor Networks
LPWAN technologies such as LoRaWAN, NB-IoT, and LTE-M are transforming industrial monitoring by making large-scale IoT sensor networks practical, scalable, and cost-effective. This article explains how LPWAN supports long-range connectivity, low power consumption, and wide-area deployment for water infrastructure, HVAC, utilities, and remote industrial assets.
Amin Shad
10 min read


LoRaWAN vs NB-IoT for Industrial Monitoring: Which Connectivity Should You Choose?
Choosing between LoRaWAN and NB-IoT for industrial monitoring is one of the most important design decisions in any Industrial IoT deployment. This article compares both LPWAN technologies across coverage, power consumption, network ownership, deployment cost, battery life, and real-world use cases in water infrastructure, utilities, HVAC, and remote asset monitoring.
Amin Shad
10 min read


Wireless Turbidity Sensors: Enhancing Water Quality Monitoring
Dive into the crystal-clear world of wireless turbidity sensors! Discover how these cutting-edge sensors enhance water quality monitoring!
ellenex team
10 min read


Bytes for Better Water Quality Management: IoT-Enabled Sensors in Industrial and Treatment Plants
Battery-operated water quality sensors and IIoT monitoring are transforming how utilities and industries manage water in California and beyond. By enabling real-time insights into pH, turbidity, conductivity, and dissolved oxygen, LPWAN-connected systems (NB-IoT, LoRaWAN) reduce costs, improve compliance, and prevent contamination. This shift to smart water infrastructure enhances resilience, sustainability, and operational efficiency.
ellenex team
11 min read


Differential Pressure Sensing in HVAC: Mechanical Gauges vs Wired Transmitters vs Wireless IoT Sensors (LoRaWAN, NB-IoT/LTE-M, Wi-Fi)
Executive summary Differential pressure (ΔP) measurement sits at the intersection of energy, IAQ, compliance, and reliability in HVAC. It’s used for filter loading, duct static pressure, airflow inference, fan performance, and room pressurization (cleanrooms / isolation rooms). Three types of sensor dominate the market: Mechanical gauges : lowest cost and simplest deployment, but usually local-only visibility unless you add switches or manual rounds. Wired electronic transm
Amin Shad
6 min read
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