Monitoring Wellheads at Oilfield Operations

Revisiting past performance operations as well as planning for the future is an essential feat in the oil and gas industry.

To fully optimize oilfield operations, the oil and gas industry is taking a closer look at its wellhead monitoring efforts.

Is the current technique still effective? Are adjustments required? Is there anything lacking in operations?

These are some of the questions that call for reconsidering and rethinking wellhead monitoring standards for productivity and safety in the oilfield.

The Need for Wellhead Monitoring

Wellhead measurement and monitoring equipment are needed in the industry. These devices help oil and gas workers get accurate and reliable data. Oil and gas operators require accuracy and reliability to be able to increase production and reduce costs.

Generally, wellhead monitoring will require setup costs. After that, minimal operating costs are involved. Technology has paved the way for remote wellhead monitoring; oil and gas operators wouldn’t need to employ round-the-clock personnel to monitor wellheads at remote locations.

Monitoring Tubing and Casing Pressures

At oilfields, tubing and casing pressures required to be monitored. The performance and safety of the well during oilfield production depend on the data gathered when monitoring tubing and casing pressures.

The traditional method of monitoring tubing and casing pressures entails a pumper taking manual readings daily or weekly. However, this is a dangerous responsibility. Aside from the safety risk, you also may get inaccurate data, security risks, and additional expenses such as the pumper’s transportation and equipment.

With remote wellhead monitoring, you can eliminate these risks. Oil and gas operators no longer need to rely on manual reading that may result in data inaccuracies.

Pump stroke counters are used to measure the number and frequency of strokes in oilfield mud pumps.

Monitoring Pump Jack Stroke Counter

Pump stroke counters are used to measure the number and frequency of strokes in oilfield mud pumps.

You can configure pump stroke counters to measure and monitor up to three mud pumps all at once. These should be monitored so they can continue delivering accurate results.

Pump Off Controller

Pump off controllers is needed at oilfields. They are used to launch massive load limits and modify stroke speeds to adhere to the load limits. Pump off controllers can be configured to notify oil and gas operators of any issues that need addressing.

This useful wellhead monitoring device enables operators to measure, control, and adjust the controller by utilizing SCADA systems.

Monitoring Electric Submersible Pump (ESP)

Electrical Submersible Pump (ESP) systems are widely used in the oil and gas industry. It’s used to lift up the pumping assembly of production fluids all the way up to the surface. These systems are used primarily in wellheads with little pressure, small gas-to-oil ration, low API fluids, and high cut of water.

This type of wellhead monitoring equipment is an affordable and low-maintenance choice compared to a vertical turbine in the oil and gas industry.

Monitoring Gas Lift

Gas lift is the method of instilling gas into the tubing production. This increases oil or water. The gas brought in is high-pressured, and this is done by incorporating vapor and compressed air. This innovation allows oil and gas operators to work more effectively.

Monitoring Jet Sump

Oil and gas operators use jet sumps to increase liquid flow and bring it to the surface. Jet sumps also aid in drilling, which will move oil. These jet sumps need to be carefully monitored. Thus, monitoring equipment is uniquely built to deal with the challenges in the oilfields.

Extended Operations at Oilfields

Oil and gas wells are built to operate for extended periods. And because of their remote, rugged, and hazardous locations, it’s often some these work sites are unattended. Thus, it’s crucial to utilize reliable wellhead monitoring technologies in the operations. With frequent exposure to the elements, wellhead monitoring equipment can face some issues. Fortunately, today’s technology is equipped to withstand them.

Manually monitoring tubing and casing pressures can be a hazardous task

The collection of real-time data is essential in the oil and gas industry. It’s a data-driven operation that enables oil and gas operators to make better production decisions. Thanks to technology and the digital age, remote collection, monitoring, and maintenance of crucial data are feasible.

Get Positive Results

Many oil and gas companies going digital have reported reduced downtime and increased productivity. Work with a remote monitoring solutions provider committed to providing the best monitoring technology to acquire accurate data at the most affordable cost.