Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Environment

Editorial Comment: Optimizing operations by advancing process controls, instrumentation and automation technologies

Hydrocarbon Processing Staff: Nichols, Lee

When driving by or visiting a refinery or petrochemical plant, one cannot help but gaze at the expansive sea of metal towers.

Selecting the right rotary control valve

Emerson: Helfer, W.  |  Jablonski, J.

The primary function of a control valve is to regulate flow. Accurate, consistent and reliable performance of this task affects many important process unit or plant metrics,

Fired heaters in the process industries: Optimizing operations and minimizing emissions

Yokogawa Corp. of America: Finnan, K.  |  Meyer, E.

The process industries, which include chemicals, metals and mining, oil and gas, petrochemicals, pulp and paper, and refining, are very energy intensive

Business Trends: A sustainable futureā€”Unraveled

Sulzer GTC Technology: Gentry, J.

With the prominence in the oil and gas industry around sustainability, it is worthwhile to examine what it means to be “sustainable.”

Extracting business value from digitalization in oil and gas

Petasense: Bradley, D.

Most oil and gas companies are investing in digitalization; however, they often fail to move beyond proof of value (PoV) or pilot projects.

Increase uptime by reducing systematic failure risk

Endress+Hauser: Siew, H.

Pondering the history of industrial incidents, it would be incorrect to assume that most failures occur randomly.

Reboiler pinch: An approach to optimize flare system design during FEED

Saudi Aramco: Amin, H.
Siemens: Dhote, P.  |  Kanade, S.

A process plant’s pressure relief and flare systems are critical safety elements.

Achieve process safety, asset integrity and reliability with an integrated HAZOP study

Independent Consultant: Chakravorty, S. L.

Abnormal situations in refining and petrochemical plant operations can interfere with plant reliability and efficient operations, especially for highly complex processes.

Optimize flare gas recovery system design to reduce emissions

CTCI, Corp.: Lu, S.-G

Emissions from flares worsen air quality and produce waste gas. A flare gas recovery system is designed to facilitate CO<sub>2</sub> reduction.

FTO: An enabling emission control technology for petrochemical plant expansions

Selas-Linde North America: Armstrong, P.  |  Predatsch, E.

For the petrochemical industry, the U.S. Gulf Coast (USGC) has the locational advantage of proximity to cheap feedstock, and to an abundance of pipeline infrastructure and terminals for export markets.