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. Technicians arrive on-site and use a variety of handheld sensors, optical gas imaging (OGI) cameras, sniffers, and other measurement tools to assess the condition of equipment, detect leaks or other signs of degradation, and record data for future analysis.

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.

The oil & gas industry contributes a significant share of total greenhouse gas (GHG) emissions. Much of these emissions are in the form of methane, a highly potent but short-lived GHG that is responsible for as much as 30 percent of the rise in global temperatures.

The oil & gas industry faces increasing public, investor, and regulatory pressure to reduce greenhouse gas (GHG) emissions, improve workplace safety, and mitigate the environmental impact of activities across the production process.

Iberdrola Australia is a leading renewable energy provider that generates and contracts electricity from wind turbines, solar photovoltaic, and other low-emission energy sources. With over 1,100 MW of installed capacity and more than 2,500 MW of planned capacity, the company provides clean and sustainable electricity to individuals, households and businesses throughout Australia.

The oil & gas industry has long used cameras for security and safety applications. In case of an incident, teams could review the video footage and see what happened. But they had limited capabilities to actually prevent an issue from occurring in the first place. Today, Touchless™ Monitoring solutions allow data from thermal and visual sensors to be used proactively, not just reactively. The explosion-proof sensors provide 24/7 continuous monitoring of upstream, midstream, or downstream facilities for a wide range of applications.

The oil & gas industry plays a significant role in the North American economy. As global energy demand recovers, the North American oil & gas market is expected to grow to more than $356 billion by 2025. Extracting, transporting, refining, and distributing oil & gas requires a complex mix of diverse and geographically dispersed facilities. Each of these sites faces unique challenges, especially when it comes to the operation and maintenance of high-value industrial assets.

Thermal and visual sensors are familiar technology for utilities. Technicians already leverage similar tools when conducting physical inspections at remote substations, and the data provided by these sensors allows utilities to identify potential issues and schedule repairs.

A midsized utility operates numerous remote electrical substations distributed across a wide geographic region. Physical inspections are conducted on a periodic, scheduled basis using handheld thermal scanners and other equipment to determine the health of substation assets, diagnose issues, and prioritize repairs.

Electrical utilities play a vital role in delivering safe and reliable power to consumers, businesses, and governments. In the U.S. alone, more than $400 billion of electricity flows through more than 7 million miles of high voltage transmission and distribution lines that criss-cross the country. More than 55,000 substations convert that voltage to distribution levels so that it can be safely used.

After a major storm, electrical utilities must rapidly diagnose and repair damage to critical infrastructure to restore power and mitigate the effects of large-scale outages. With trees down, roads flooded, and traffic at a standstill, it is often difficult for maintenance and repair crews to travel to remote substations to conduct physical inspections. Because they lack visibility ahead of time, , they may drive to the remote site and discover little or no damage, that they lack a part required to conduct a repair, or that they cannot access it due to safety concerns.

Utility substations play a vital role in the transmission and distribution of electricity to customers, businesses, and communities. However, keeping these substations up and running can be challenging, especially when they are in remote locations far from other infrastructure.

The Operations group at a midsized electrical utility is responsible for monitoring and maintaining numerous remote substations across a wide geographic region. As the substation infrastructure ages and demand for reliable power generation grows, maintenance and repair crews are under increasing pressure to avoid outages and ensure the system is fully functional.

The Operations group at an electric power utility is struggling to manage and maintain equipment at large remote substations. Aging infrastructure, a lack of automation systems, and a shortage of qualified staff have increased the frequency and severity of unplanned outages resulting in fines and higher maintenance costs. As issues occur, crews are dispatched reactively to physically inspect the site, identify the cause, and conduct repairs.