A Continuous Emission Monitoring System (CEMS) encompasses all the essential equipment required to measure gas or particulate matter concentrations or emission rates using pollutant analyser readings and conversion tools, such as equations, graphs, or computer programs. This enables the generation of results in units that comply with applicable emission limitations or standards

Air quality monitors serve as essential tools for both air quality professionals and enthusiasts, providing real-time information on the surrounding air. These monitors offer a flexible solution for air quality monitoring, configurable with over 30 different gas sensors (depending on requirements) and particle sensors. They find application in various fields, from environmental monitoring to industrial settings.

The Internet of Things (IoT) describes physical objects (or groups of such objects) equipped with sensors, processing ability, software, and other technologies that connect and exchange data with other devices and systems over the Internet or other communications networks. While the term "Internet of things" has been challenged for implying dependence on the public internet, any network connection that allows individual addressability suffices. Automation technology is rapidly advancing, driven by utility owners' demands for more cost-effective control systems. New communication techniques, devices, and standardized protocol interfaces, combined with the immense processing power of the cloud and artificial intelligence, are fuelling the growth and sophistication of IoT applications. computing power of today's hardware components, open the way to new concepts in the automation industry. SMART IOT BOX was built to meet the requirements of modern-day

The Digital Water Level Recorder provides highly accurate water level measurements for a wide variety of applications, including those in harsh environments. The submersible pressure transducers feature a dynamic pressure compensation system, enabling high-accuracy measurements over a wide range. The water level sensor is compatible with all data loggers, telemetry systems, monitoring equipment, and LCD/LED displays. Each stainless steel water level sensor consists of a solid-state submersible pressure transducer encapsulated in a stainless steel housing ranging from 2 to 10 inches in length. The water level sensor comes with a melded-on waterproof cable and a two-wire 4-20 mA high-level output for connection to a monitoring device

The EarthX-WMS-01 Weather Stations offer highly sophisticated monitoring and logging of intrinsic weather conditions such as temperature, barometric pressure, wind speed, wind direction, and other optional parameters tailored to your requirements. Application areas include agriculture, hydrology, ecology, and meteorology. For any customized application, Earth Xpert. can provide assistance in selecting the best combination of sensors, data loggers, and accessories

Radar: Open channels, non-contact, bounces waves off surface, measures flow & discharge. Remote, ideal for rivers, canals. • Electromagnetic: Closed pipes/tanks, senses levels via Faraday's Law, versatile for liquids. Monitors levels, prevents overflows/underflows. • Both: Optimize water usage, data-driven decisions. • Choice: Open channels - Radar; Closed systems - Electromagnetic. • Master water flow, choose your champion!

The scattered light meters are delivered with the sender and receiver units combined in a single unit. Light is sent into the process at a well-defined angle relative to the flow direction. The sender/receiver unit is also installed at a well-defined angle relative to the flow direction. The light reflected back onto the receiver unit by the dust particles in the process is an indicator of the dust concentration. Optical dust measurement is a relative, not an absolute, measurement because dust particles lack a well-defined density and their reflecting/absorbing properties vary depending on the application.

The principle of triboelectric dust measurement is that whenever a dust particle hits an electrically charged metal stick, which has been placed across a flue gas duct, the charge of the metal stick changes. The more dust particles hitting the stick per unit of time, the more it influences the metal stick. The changes in the charging of the metal stick are an expression of the dust concentration of the process. As dust particles do not have a well-defined density and their own charging varies from process to process, triboelectric dust meters must be calibrated by an accredited test laboratory to relate the relative measurements to mg/m³ of the probe holder

Online Water Analyzer based on UV absorption, which has found increasingly wide application in process industries. The UV source is a Xenon flash lamp specified for 109 flashes, corresponding to more than 10 years of life with one measurement every minute. Physicochemical measurements like pH, ORP, dissolved oxygen, and conductivity can be added to the internal measurements by using external probes. The dissolved oxygen probe is based on the fluorescence method for lower maintenance and higher stability.

Measures water depth in wells, boreholes, standpipes, and tanks.
• Accurate to 1mm: Clear scale & sturdy reel ensure reliable readings.
• Effortless operation: Convenient cable tape & easy battery replacement.
• Built for years: Robust reel & crack-resistant materials.
• User-friendly features: Comfortable handle & dedicated probe holder.

Electromagnetic flow meters are based on Faraday's Law of Electromagnetic Induction. In an electromagnetic flow meter, the magnetic field is generated by a set of coils. As the conductive liquid passes through the electromagnetic field, an electric voltage is induced in the liquid, which is directly proportional to its velocity. Electromagnetic flow meter size: inch or mm with PTFE lining. Power requirement: 230VAC/24VDC. Compatible with telemetry systems.

We have developed our new and advanced Multi-parameter Air Sampler, which features simultaneous sampling of PM10, PM2.5, and four different water-soluble gases. We utilize a USEPA-designed PM2.5 Impactor with a dual-stage impactor, while PM10 is sampled through an EN12341 low-flow impactor. Four different gases can be independently controlled and sampled using a glass impinger in a gaseous sampling attachment via the wet chemical method. All parameters are sampled simultaneously, with each technology approved by international environmental sampling bodies such as the European Union, CPCB, and USEPA

The Back-Scattered Dust Monitor is ideal for monitoring opacity and smoke levels in the exhaust gas of industrial combustion or air filtration processes. It is a self-developed online dust monitoring device that utilizes mainstream laser backscatter measurement technology with imported core components