IFRSLAB helps industrial, energy, utility and infrastructure clients detect invisible gas leakage earlier, visualise gas-cloud movement in real time, reduce unsafe manual verification, and create reliable inspection evidence for HSE, maintenance, environmental and operational decision-making.
Gas leakage is one of the most difficult risks for industrial sites to control. A leak may be intermittent. It may move with wind. It may remain away from the nearest point detector.
Conventional checks may confirm the presence of gas, but they do not always show where the gas is moving, how the plume behaves, or which equipment point needs urgent attention. For HSE, maintenance, reliability and ESG teams, this creates a critical visibility gap.
You cannot manage what your team cannot see.
IFRSLAB closes that gap by bringing advanced optical gas imaging and methane detection technologies to operating environments where early detection, remote verification, field evidence and fast response matter.
IFRSLAB provides advanced gas detection solutions designed for real industrial conditions. Our technologies help teams identify invisible gas leakage, view gas-cloud movement on screen, verify alarms remotely, document inspection evidence, and respond faster with better operational confidence.
Our value pillars highlight the key benefits of the solution, helping organisations improve gas leak detection, enhance safety, support faster decision-making, and strengthen compliance across critical operations.
The EC-HGIM600 Explosion-Proof OGI PTZ Camera is designed for facilities that require continuous methane monitoring, wide-area gas-cloud visualisation and remote alarm verification.
The system combines infrared thermal imaging, HD visible-light imaging, TDLAS methane detection, laser ranging, explosion-proof PTZ movement and intelligent alarm analytics in one fixed online monitoring platform.
Unlike conventional point detectors that only respond when gas reaches the sensor, the EC-HGIM600 gives operators wider visual coverage and allows hazardous areas to be monitored remotely.
Every site is different. Some facilities need handheld inspection for mobile field teams. Others need fixed online methane monitoring across hazardous zones. Some require remote or semi-remote deployment where human entry should be reduced. IFRSLAB helps clients select the right solution for the right risk.
The R10 Portable Infrared Gas Leak Detection Solution is built for inspection teams that need fast, mobile and visual gas leak detection across industrial sites, pipelines, plantrooms, utility corridors, storage areas and high-risk operating zones.
Natural gas and methane leaks are normally invisible to the human eye. The R10 converts invisible gas leakage into a visible on-screen gas-cloud image, helping users observe the plume, understand its direction, identify likely leakage points and capture practical inspection evidence.
Whether you need portable gas leak inspection, methane leak detection, optical gas imaging, fixed explosion-proof monitoring or remote gas inspection, IFRSLAB can help you choose the right solution for your site.
For locations where direct human access is unsafe or restricted, IFRSLAB offers custom robotic or push-cart deployment for remote and semi-remote gas leak inspections. This solution helps minimise human exposure while supporting safe inspections in hazardous environments.
Suitable For
Note: Robotic and push-cart deployment is available only as a customised on-demand solution and is not included with the standard handheld package.
IFRSLAB brings together technical advisory capability, industrial risk understanding and advanced gas detection technologies to help clients make better decisions about invisible gas risks.
We do not simply supply equipment. We help organisations understand the right detection approach for their site, target gas, operating environment, inspection workflow and reporting needs.
We help you select the right solution based on application, gas type, site layout, hazardous area conditions and monitoring objectives.
We review inspection challenges, access limitations and risk zones so the recommended solution is practical for real operating conditions.
We support technical discussions and demonstrations to help your team understand product capability before deployment.
We help inspection, maintenance and HSE teams understand how to use the technology effectively.
We support clients in aligning monitoring outputs, alarm response and evidence capture with HSE and maintenance processes.
We support supply, configuration guidance and workflow alignment so the system is prepared for operational use.
We remain available for technical consultation after deployment to support effective long-term use.
IFRSLAB supports organisations where gas leakage can affect safety, asset reliability, environmental performance, regulatory confidence and business continuity.
Optical gas imaging (OGI) uses infrared imaging technology to make otherwise invisible gas leaks visible as a gas cloud. It allows operators to inspect equipment and wider areas remotely and can help identify the location and movement of leaking gas without relying only on point-by-point inspection.
The EC-HGIM600 can visualise methane, propane, butane, sulfur dioxide, nitrous oxide, methanol, ethanol and refrigerants R-134a and R-152a, among other gases. Additional gas requirements may be considered through customised configurations, while a cooled PTZ model is also available for applications requiring a wider gas range.
Yes. The system combines infrared gas-cloud visualisation with TDLAS methane measurement. Its methane measurement function has a stated detection distance of 0 to 150 metres and a measurement range of 0 to 50,000 ppm·m.
Yes. The PTZ platform provides continuous 360° horizontal rotation and vertical movement from +90° to -90°. Horizontal and vertical movement can be adjusted from 0.1° to 20° per second, supporting wide-area scanning and monitoring across large industrial sites.
Yes. The system combines a 640 × 512 uncooled thermal imaging detector with a 5-megapixel low-light visible camera. Available image modes include visible light, infrared, picture-in-picture and fused visible/infrared imaging, helping operators relate a detected gas cloud to the equipment or area being monitored.
The stated operating temperature range is -40°C to +70°C, with operating humidity from 0 to 95%. The unit is rated IP68. These specifications make it suitable for consideration in demanding outdoor environments, including hot and dusty industrial locations, subject to project-specific engineering and installation requirements.
Yes. The EC-HGIM600 is designed as explosion-proof equipment for hazardous industrial environments. Its stated explosion-protection marking is Ex db IIC T6 Gb / Ex tb IIIC T80°C Db. Project-specific certification, hazardous-area classification and UAE client or authority acceptance requirements should always be confirmed before deployment.
The EC-HGIM600 provides 4-20 mA, RS485 and Ethernet interfaces, together with alarm input and output connections. Integration with DCS, SCADA and fire & gas systems can therefore be assessed during the engineering and site-survey stage based on the facility’s existing architecture and interface requirements.
Yes. The EC-HGIM600 is designed to support 24-hour unattended monitoring together with wide-area PTZ scanning and visual gas-cloud detection. This can be particularly useful across large or difficult-to-access industrial areas where continuous manual inspection is impractical.
The EC-HGIM600 is particularly suited to large, open industrial sites where remote, wide-area gas monitoring is valuable. Typical applications include wellheads, gathering stations, oil and gas separation units, refinery process areas, petrochemical plants, hazardous chemical tank farms, loading racks, LNG facilities, gas transmission areas, pipelines and oil and gas terminals.
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