Uninterrupted Efficiency and Increased Profitability at Oil and Gas Sites

Pumping stations, storage tanks, pipelines – oil and gas productions often take place in remote areas outside the standard net of wired communications. These sites also hold many equipment and devices that function at remote locations. This scenario makes it somewhat challenging for energy and technology companies to observe and oversee daily operations. Thus, companies utilize remote oilfield monitoring systems.

From gathering critical data and monitoring the facilities, these systems will ensure careful management of the complexities that oil and gas work sites present.

How Does It Work?

In a nutshell, the systems work when the operators position the remote monitoring devices accordingly. They then will collect data from the field and transmit it while ensuring effective operation, automated processes, and corrective measures when problems arise.

By utilizing remote monitoring systems, oilfield companies can obtain the necessary production data and get instant notifications on any crucial scenario without sending a field employee to inspect the site physically.

Types of Systems

Your operational needs will govern what type of remote oilfield monitoring systems will work best for you. Below are some points to remember when choosing a monitoring solution:

Equipment Interface

One of the primary functions of remote monitoring systems is its ability to collect data accurately. Watch for systems that are compatible with various equipment interfaces. They should feature the capability to be set up at the demand and frequency that your company operations require.

Human Interface

A proper monitoring solution should offer a cloud-based interface that can grant access to an authorized user. It should let the user view the data through a mobile device for easy access. Instant notifications on any issue such as email alerts, text messages, and even a phone call will help ensure that the correct personnel is alerted and notified.

Power

Work sites are situated in locations without access to power. Therefore, your monitoring systems should still work with its own power source or an alternative. For instance, some tank level monitors can use solar energy; a unit utilizing a rectifier can still run through the rectifier’s power source. Furthermore, a backup battery is always crucial to have in the event of power outages.

Costs

The site location and assets monitored are some of the things you need to consider when choosing a remote monitoring system. How distant the area is and the number of assets the system will be monitoring will dictate the initial and ongoing costs.

Communications

Communications systems that work with monitoring solutions should allow for numerous communication modes. There should also be back-up and secondary communication procedures if the main network fails. This step will make sure that operations are uninterrupted.

Reports and Data

A remote oilfield monitoring solution that can transmit data and convert it into essential reports is crucial. Integrating data into usable and comprehensible information will help all the divisions within your company understand the ongoings at your remote field location. This consolidation will increase profitability.

Oil and Gas Operations

Below is a list of some oil and gas operations that can utilize monitoring solutions, resulting in increased cost savings, effectiveness, and efficiencies.

Compressor Monitoring

When there are downtimes, compressors can cost thousands of dollars in lost production. Often, oil and gas companies are unaware when their compressors have stopped running. Therefore, remote compressor monitoring will be highly advantageous.

Tank Monitoring

Tanks often leak, spill, or overflow. Apart from the wasted company resources, energy companies have the environmental obligation to correct the issue and clean up the damage caused by any leakage. By setting up a remote tank monitoring system, costly and deadly matters can be avoided.

Rectifier Monitoring

Electronic protection systems for tanks, pipelines, wells, and other critical equipment utilize rectifiers that send current to keep the pipe from corroding. Monitoring the electrical current and voltage rectifiers send out is crucial; rectifiers can extend the lifespan of pipelines and avoid leaks.

Test Point Monitoring

Similar to rectifiers, test points should frequently be monitored. They measure pipe and soil potentials to verify efficient electronic protection. Monitoring test points will prolong the lifespan of underground tanks and pipelines and reduce leaks.

Gas Meter Monitoring

Large industrial and commercial consumers require an uninterrupted supply of natural gas to keep their business operations going. Natural gas suppliers use remote oilfield monitoring solutions to accurately forecast the demands so they can plan for how much product and materials they will need to procure. Furthermore, monitoring gas meters meet the needs of consumers and suppliers.