Monitor the health and performance of high-value assets such as critical vessels, motors, pumps, valves, tanks, and other equipment. Touchless™ Monitoring solutions automatically detect high temperatures, flames, and potential faults before a catastrophic failure occurs, improving operations & maintenance and reducing the time and cost of inspections.
Keep personnel safe and reduce time spent in hazardous environments at drill decks, well pads, storage tanks, reserve pits, and other facilities.
Touchless™ Monitoring solutions limit the need for costly and dangerous physical inspections and mitigate the risk of fires and explosions that can injure workers and damage equipment.
Reduce greenhouse gas emissions and improve compliance at oil refineries, LNG terminals, offshore and onshore rigs oil & gas wells, LNG tankers, FPSO ships, and other facilities where leaks occur. Touchless™ Monitoring solutions provide remote and autonomous gas detection at the leak point, gas quantification, and flare monitoring in virtually any weather or conditions.
Overcome the limitations of physical inspections and mitigate the risk of catastrophic equipment failure with continuous, 24/7 thermal and visual monitoring.
Explosion-proof sensors monitor the health and performance of high-value assets, while advanced software automatically alerts operators to temperature variations or other anomalies. Real-time access to data enables the transition toward a Condition-Based Maintenance strategy and reduces total O&M costs.
Reduce environmental damage, product loss, and regulatory risk with optical gas detection & analytics.
The cost-effective sensors immediately detect, locate, and visualize gas leaks as soon as they occur, while advanced Al allows operators to estimate the Mass Flow Rate, determine the root cause of the leak, and prioritize a response.
Quantify and visualize liquid in storage tanks, measure fuel temperatures, and evaluate conditions for pressure build-up and leaks with thermal analytics and monitoring.
Explosion-proof radiometric thermal sensors provide early detection and quantification of leaks or spills without the need for manual inspections that put personnel at risk.
Min/max threshold alarms ensure maximum loading is met but not exceeded to prevent overflow accidents.
Identify intermittent changes in flare behaviour and continuously monitor the operating level of multiple flare stacks with thermal & visual sensors.
Thermal imaging sensors automatically detect and visualize invisible flares, smoke, or other pollutants and determine if flares are burning higher, lower, hotter, or cooler than expected. Alarms provide early warning of liquid carryover and alert operators if the pilot flame fails while avoiding many of the technical and cost-related problems associated with other technologies.
Control access to secure and hazardous areas and ensure adherence to safety protocols with secure area analytics & monitoring.
Thermal sensors provide fewer false positives than traditional video cameras, while visual sensors enable the health & safety team to monitor access, track when personnel enter and exit critical areas of interest, and review data in case of a safety or security incident.
Detect, verify, and localize visible or invisible flames and calculate fire probability vs. give threshold with advanced thermal analytics & monitoring.
Explosion-proof thermal sensors provide a high detection range over large areas and are not affected by fog, smoke, or time of day, allowing operators to evacuate the area of the fire and initiate a response to minimize damage.
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Downstream oil & gas operations begin after the production phase and involve turning crude oil and natural gas into the finished products used by consumers and end-users. The global downstream segment is estimated to be worth US$1.15 trillion, demonstrating the sector’s important role in bringing usable products to the market.
The oil & gas industry has always been willing to innovate. From the very beginning, leading organizations have developed new equipment, processes, and business strategies that have led to better performance, improved safety, and reduced emissions. But when it comes to new technology, many companies have been hesitant to fully embrace new solutions. Energy 4.0 represents the advances in hardware, software, and communications that have the potential to transform the oil & gas production process.
Upstream oil and gas companies play an important role in the global energy market. But as financial, regulatory, and public pressures increase, upstream oil and gas companies must find new ways to detect, diagnose, and repair leaks quickly and effectively.
Leak detection and repair (LDAR) programs monitor equipment, components, and parts to identify and diagnose unintended leaks.
Industry 4.0 has long been a buzzword in the manufacturing and industrial sectors. Representing the fourth industrial revolution, Industry 4.0 highlights the technological transition from early steam and electric power to modern advances in automation, cloud computing, data & analytics, and artificial intelligence.
A downstream oil refinery processes hundreds of thousands of barrels of crude oil each day before storing the various products and distributing them to customers. The refinery takes maintenance seriously, creating maintenance schedules for each asset and conducting regular physical inspections beyond what is required to comply with regulations.
The Scenario - Bulk Storage Tank Levelling and Gauging A midstream oil processing and storage company operates numerous bulk storage terminals across a large geographical area. Product sent through pipelines from upstream oil exploration and production companies arrives at the site for storage, processing, and transporting onward to downstream refineries.
The Scenario - Undetected Leaks at Remote Oil Wells A mid-sized oil exploration and production company operates numerous oil wells across a wide geographic area. To comply with regulations, the company conducts periodic physical inspections using handheld sensors and other manual leak detection techniques. Many of these wells are remote and difficult to access, increasing the time and cost required to dispatch a crew and conduct the inspection.
Oil & gas facilities are difficult and sometimes dangerous places for workers. Hazardous conditions, including the presence of flammable gas, toxic chemicals, and heavy equipment mean that the health and safety of personnel must always be the priority when extracting, transporting, storing, or distributing petroleum products.
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