Refine by
Infrared Sensor Articles & Analysis
191 articles found
Cubic's self-developed ultrasonic flow sensor achieves high precision utilizing ultrasonic technology and time-of-flight principle. ...
Methane (CH4) monitoring is a key element of industrial safety, environmental control, and process supervision. Due to its flammability and wide explosive range, methane requires continuous and reliable concentration measurement in both confined and open industrial environments. In addition to explosion hazards, methane emissions are subject to increasing regulatory control because of their ...
Gas sensors are widely used for monitoring gas concentrations in industrial processes, safety systems, laboratories, and building infrastructure. ...
Propane (C3H8) is widely used in industrial facilities as a fuel and process gas, particularly in LPG storage, manufacturing, and chemical operations. Due to its flammability and tendency to accumulate near the ground, uncontrolled propane leaks represent a serious explosion and fire hazard. Industrial propane gas sensors are therefore an essential element of safety systems in hazardous areas. ...
An optical sorter uses high-resolution cameras, near-infrared (NIR) sensors, and image processing algorithms to identify and differentiate materials in a mixed stream on a conveyor belt. ...
AI-powered systems use computer vision, deep learning, and near-infrared (NIR) sensors to identify materials by size, shape, weight, brand, and chemical composition with unprecedented accuracy. ...
Transitioning to The Autonomous Eye: Fixed OGI To address intermittency, the architectural shift is to permanently install fixed OGI systems in high-risk zones, delivering continuous data streams from assets such as tank batteries and compressor stations. A fixed infrared OGI sensor provides uninterrupted visibility and forms the foundation for real-time ...
ByOPGAL
GME Recycling’s optical sorters combine near-infrared spectroscopy, AI-powered classification, and multi-sensor fusion to achieve material recovery rates of 95–99% at throughput capacities unattainable by manual processes. ...
INTRODUCTION Environmental Material Science ("LiORA") provides a new generation of Internet of Things (loT) enabled non-dispersive infrared (NDIR) water sensors that provide high-resolution quantification of groundwater (GW) petroleum hydrocarbon (PHC) concentrations. The current generation water sensor transmits data at 30-minute intervals ...
ByLiORA
These limitations reduce their effectiveness and reliability in natural gas leak detection, especially in environments like kitchens where conditions are unstable and long-term accuracy is critical. NDIR sensors are based on the principle of Beer-Lambert Law that methane gas exhibit strong infrared absorption at specific wavelengths around 3.4 μm. By measuring ...
They are transforming how manufacturers, chemical plants, and power producers approach visual inspection, quality control, and worker safety. With advancements in infrared sensors, AI-powered analytics, and cloud integration, OGI is now part of the Industry 4.0 ecosystem, providing real-time visual intelligence for predictive maintenance and operational ...
ByOPGAL
OGI - short for Optical Gas Imaging - has rapidly become a cornerstone of modern emission monitoring and leak detection strategies. As regulatory pressures increase and industrial operations seek better tools to manage fugitive emissions, OGI stands out for its precision, efficiency, and visual clarity. For over a decade, OPGAL has been at the forefront of OGI technology, delivering ...
ByOPGAL
Retraining programmes are also being implemented for affected workers.Introduction to recycling robots Equipped with sensors, grippers, and even visual systems, AI-powered recycling robots are programmable machines that can execute automated tasks controlled by software programmes or recycling bots. ...
The landscape of industrial leak detection is undergoing a dramatic transformation, and 2025 marks a new chapter in this evolution. At the heart of this shift is optical gas imaging (OGI)-a technology that has rapidly advanced to become smarter, faster, and more precise. Once considered a specialized tool used only by elite inspection teams, OGI cameras are now becoming standard across a broad ...
ByOPGAL
The ability to see gas leaks in real time has revolutionized leak detection. What was once a reactive process relying on handheld sensors and periodic inspections has now become a proactive, visual practice-thanks to the advent of optical gas detectors and imaging cameras. These devices give maintenance teams and safety personnel the power to identify even small leaks before they escalate into ...
ByOPGAL
Sensors These are the “eyes” of the system and can include:Ultrasonic sensors: Measure the distance between the crane and obstacles. ...
Optical Gas Imaging (OGI) has become the leading method for detecting fugitive emissions in industrial settings. This guide explores how the technology works, what drives ogi camera price and certification, and why Opgal’s EyeCGas systems are trusted globally for their performance, safety, and ...
ByOPGAL
Key Sensor Technologies for IAQ Monitoring Sensor TypeWorking PrincipleCommon Use in IAQStrengthsLimitations Electrochemical Sensors Detect gases by measuring the current generated from the oxidation or reduction reaction of the target gas on an electrode. CO, NO2, O3, H2S, SO2 High selectivity for specific gases; accurate at low ...
Carbon monoxide (CO) is a colourless, odourless gas that can be extremely dangerous to human health. Accurate measurement of carbon monoxide levels is critical in both industrial and residential settings to prevent harmful exposure. Understanding how to effectively measure carbon monoxide can help ensure safety, comply with regulations, and maintain optimal conditions in various environments. In ...
Introduction Biogas, a renewable energy source produced from organic waste, plays a critical role in reducing greenhouse gas emissions and providing sustainable energy. One of its primary components, methane, is essential for energy production, making its accurate measurement vital. This guide explores how to measure methane in biogas, best practices, and the advantages of Cambridge ...