Oil and Gas

The latest developments in servo technology allow for the benefits of high-performance motion control to be used in harsh environments.

Despite the demand for standardized communication protocols among manufacturers, both the manufacturers and end users face challenges when it comes to agreeing on a path.

Proper filtration is one of the most important functions performed inside refineries. Filtration is the removal of contaminants through some type of synthetic, paper, pleated, or wound media. The goal of this process is to achieve a specific level of cleanliness.

Oil and gas engineers face a problem in accurately and reliably measuring and monitoring the various fluids that are introduced into oil pipelines from well-site pumping stations. A thorough understanding of both the oil separation process and the properties of valves and actuators is required.

When selecting the pipes and valves for a cooling system, it is important to understand the options available—and the possible outcomes associated with each selection. Many factors can impact the effectiveness, longevity, and quality of the overall cooling system. Learn more.

A specialized version of the Internet of Things (IoT), referred to as the Industrial Internet of Things (IIoT), enables industrial application engineers to implement new or retrofitted systems with upgraded levels of connectivity that allow more advanced process control. Learn more.

According to the United States Energy Information Administration, coal power accounted for 39 percent of the country's electricity production last year.

United Electric Controls has introduced a unique new family of HART capable transmitters that provides programmable switching functionality for industrial process monitoring applications. The One Series 1XTXSW transmitter line is the first to integrate HART 7 compatible 4-20 mA output. Lean more.

Workplace safety is—or should be—a primary focus of every organization, regardless of whether we're talking about a classroom, an office, a manufacturing facility, or an oil rig. Employees deserve a workspace that is as safe and secure as it can possibly be.

This is Part IV in a four-part series based on the contents of the new textbook, "Control Valve Application Technology, Techniques and Considerations for Properly Selecting the Right Control Valve."

In order to get good control with stability throughout the full range of required flow rates, one must use a control valve that has an installed flow characteristic that is linear, or at least as close to linear as possible in most systems.

Tasked with increased demand for high power output, many operators in North American sectors such as power generation, oil and gas, petrochemical, and chemical have been challenged by low-voltage solutions and their associated logistical challenges.

Standard practices today simply use human-machine interfaces (HMI) as windows into a system by allowing some information to be passed back and forth through those windows. This method anticipates the user having the knowledge to use that information both in and out of the system. Learn more.

When developing a practical approach to leakage and pollution prevention, plant managers have many options available for instrumentation and equipment. Depending on the process, materials, and operation, the method of ensuring the containment of potential contaminants will vary. Learn more.

When control valve professionals talk about "control valve sizing," they really mean the entire process of selecting the valve that will do the best job of controlling the process. Selecting the right size valve is an important part of the process, but there are other equally important considerations as well.

This is Part II in a four-part series based on the contents of the new textbook, "Control Valve Application Technology, Techniques and Considerations for Properly Selecting the Right Control Valve."

This article discusses the importance of selecting the correct flow characteristic and correctly sizing the valve in order for the valve to properly control the process.

The noise abatement laws, and health and safety legislation are becoming increasingly strict. Metso introduces Q2- Trim, the optimum solution for noise problems, that at the same time fulfills all legislative requirements and customer needs.

Loss of containment is one of the costliest things that can go wrong at a plant. Accordingly, smart enterprises employ a variety of measures that ensure loss of containment just doesn't happen or when it does, the adverse circumstances are kept to a minimum.