Wouldn't it be NACE?
Corrosion is the scourge of the oil & gas industry worldwide, eating up maintenance budgets and often causing incidents. A combination of pressure, temperature, flow, and process media creates an environment that can corrode a system's components and equipment over time, especially in sulfur-rich applications. But how can these facilities design around this significant risk to their bottom line and system integrity? The National Association of Corrosion Engineers (NACE) has established standards for materials and processes in the oil & gas industry to reduce the risks of corrosion. Dave Macedonia and Ali Babakr will share what end users and vendors need to know from these standards, how they apply to the hydrocarbon value chain today, and the importance of reducing corrosion in severe applications in such facilities across the world.
In Webcasts & Webinars
Innovations for Personnel and Process Safety in Chemical Plants
Learn about unique safety solutions that protect your people, prevent abnormal situations and ensure no loss of containment.
Introduction to Regulators LAM
Discussion about Introduction to Regulators LAM
Remote Monitoring & Data Collection
Discussion about Remote Monitoring & Data Collection
New Technologies and Solutions for your Emissions Monitoring Needs
Learn about different technologies, such as Quantum Cascade Laser Spectroscopy, that now exist and how to select the right solution to meet your specific CEMS needs.
Trustworthy Real-time Measurement Supporting Automation in Dry Gas Flow Metering
Emerson's recently released Rapid Adaptive Measurement, the updated embedded software platform for the Roxar 2600 Multiphase Flow Meter, offers an advanced solution for dry gas measurement needs.
Webinar: Building Expertise Through Valve Positioner Standardization
Delivering the digital content of SMART positioners on a global project can be challenging. We'll show how combining DVC6200 series digital valve controllers with a mix of simplification and automation helps you across the entire valve lifecycle.