Thermal Imaging as a Supporting Method for Leak Detection Workflows

Thermal Imaging as a Supporting Method for Leak Detection Workflows

Leak detection in industrial environments rarely relies on a single technology. Most mature inspection programs are built around layered detection strategies, where different tools support one another depending on the type of leak, operating conditions, and inspection goals. Within this framework, thermal imaging to detect leaks is widely used as a complementary method. Rather than […]

OGI: The Foundation of Modern Optical Gas Imaging

Methane Cameras and the Evolution of Camera Leak Detection in Industrial Sites

OGI, short for Optical Gas Imaging, has become one of the most influential technologies in industrial gas detection. What started as a visual inspection method has evolved into a core capability for safety, emissions control, and regulatory compliance across multiple industries. Today, OGI is no longer viewed as a standalone camera technique. It is increasingly […]

Methane Cameras and the Evolution of Camera Leak Detection in Industrial Sites

Methane Cameras and the Evolution of Camera Leak Detection in Industrial Sites

Introduction: Why Methane Cameras Matter Today Methane emissions are no longer treated as an invisible operational side effect. Across energy, industrial, and utility sectors, methane has become a focal point for safety, efficiency, and environmental accountability. A methane camera enables organizations to directly visualize emissions that were previously difficult or impossible to confirm in real […]

OGI Systems and the Role of OGI Sensors in Modern Gas Detection

OGI Systems and the Role of OGI Sensors

Introduction: Why OGI Systems Are Becoming an Industry Standard Industrial gas detection is undergoing a fundamental shift. As safety, environmental accountability, and regulatory oversight continue to intensify, operators are moving away from isolated measurement tools toward integrated detection platforms. OGI systems represent this evolution by combining optical gas imaging with intelligent data workflows that support […]

EPA AI and the Future of Methane Compliance Under Subpart W

EPA AI and Methane Compliance Under Subpart W

How Artificial Intelligence Is Reshaping Emissions Monitoring and Reporting Introduction: Why EPA AI Is Becoming a Regulatory Turning Point The integration of EPA AI into environmental regulation marks a significant shift in how methane emissions are monitored, analyzed, and reported across the energy and industrial sectors. As methane regulations grow more complex and enforcement becomes […]

Infrared Camera to Detect Leaks: How Thermal Imaging Transforms Industrial Leak Detection

Infrared Camera to Detect Leaks in Industrial Systems

Introduction Leak detection has become a critical priority across industrial sectors, from energy and power generation to chemical processing and manufacturing. Even small, undetected leaks can lead to safety hazards, energy loss, environmental damage, and regulatory exposure. Traditional inspection methods often rely on point sensors, manual checks, or pressure testing, which may miss hidden or […]

Webinar Topic: Detection and Quantification of Methane Using OGI for OGMP 2.0 and Regulatory Compliance Frameworks

Join Opgal’s subject matter experts, Dr. Ram Hashmonay and Michael Tsudikov, for an in-depth discussion on the latest developments in emissions monitoring regulations.   This session will provide critical insights into new and evolving requirements for leak detection and repair (LDAR) programs across key jurisdictions, including:   OOOOb/c and Appendix K: Detection performance envelope requirements […]

How Gas Cameras Improve Safety in Industrial Zones

How Gas Cameras Improve Safety in Industrial Zones

Using gas cameras and leak detection cameras to protect workers, prevent accidents, and strengthen regulatory compliance Introduction: Safety at the Frontline of Industrial Operations High-risk industrial zones – including refineries, petrochemical plants, offshore platforms, power generation facilities, chemical processing units, and manufacturing complexes – operate under continuous pressure. Highly flammable gases, toxic compounds, high temperatures, […]