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

Process Optimization

Flexibility in desalting operations for opportunity crudes

Forum Process Technologies: Mejias, I.  |  Liu, Y.  |  Boul, J.  |  Collins, T.

Typically, opportunity crudes require more rigorous desalting to yield high-quality products due to high levels of naphthenic acids, basic sediment and water (BS&W) and filterable solids, among others.

Dynamic simulation of integrated syngas, O2 and steam networks for a gasification complex—Part 2

Reliance Technology Group, Reliance Industries Ltd.: Dadhich, V.  |  Karvekar, N.  |  Mathew, T.
Honeywell Automation India Ltd.: Bhattad, G.  |  Saxena, M.  |  Kodolikar, P.

Reliance Industries Ltd. (RIL) operates the world’s largest refinery complex, with a combined crude processing capacity of 1.24 MMbpd that is split between two refineries: a Domestic Tariff Area (DTA) refinery and a Special Economic Zone (SEZ) refinery in Jamnagar, India.

Metallurgy solution to prevent polythionic acid stress corrosion cracking in hydroprocessing

Honeywell UOP: Hoehn, R. K.  |  Bradley, S. A.  |  Mucek, M. W.
Nippon Steel and Sumitomo Metal Corp.: Anada, H.  |  Osuki, T.

Hydrotreating is a staple process found in nearly every refinery. The process removes undesirable feed contaminants, such as sulfur, nitrogen and metals, and saturates olefins and/or aromatics to produce high-quality products.

Dynamic simulation of integrated syngas, O2 and steam networks for a gasification complex—Part 1

Reliance Technology Group, Reliance Industries Ltd.: Dadhich, V.  |  Karvekar, N.  |  Mathew, T.
Honeywell Automation India Ltd.: Bhattad, G.  |  Saxena, M.  |  Kodolikar, P.

Reliance Industries Ltd. (RIL) operates the world’s largest refinery complex, with a combined crude processing capacity of 1.24 MMbpd that is split between two refineries: a Domestic Tariff Area (DTA) refinery and a Special Economic Zone (SEZ) refinery in Jamnagar, India.

Business Trends: The impact of industrial analytics on the chemical industry

Presenso: Vesely, E.

The opportunities for industrial analytics within the chemical industry, and how advances in machine learning can impact revenue, operations, employee safety and capital investments, are analyzed here.

Digital: Fulfilling the promise: The next phase of asset performance management

AspenTech: Hague, J.

As asset performance management (APM) continues to evolve, the introduction of new methods and cutting-edge technologies are rapidly increasing its bottom-line value. Cloud computing, data science and machine learning are among the technologies that are now being integrated with automated methodologies directly into APM solutions. As a result, operators and engineers now have advanced analytical capabilities at their fingertips.

Koch-Glitsch forms partnership for data analytics solutions

WICHITA, Kan. — Koch-Glitsch and EFT Analytics announced a partnership to provide full service process engineering and advanced data analytics solutions to enhance operations for refineries and petrochemical plants.

Engineering Practices—CAD for plant layout: Being right by being safe

Hitech iSolutions LLP: Trivedi, U. B.

When we think of oil and gas industry hazards, we often perceive them as an enormous oil rig engulfed in flames in the middle of nowhere.

Advancing export terminal technology: An optimized process for the refrigeration of cryogenic hydrocarbons

Chiyoda: Rosetta, M. J.  |  Patel, K. R.

Ethane production in North America (NA) has expanded dramatically with the onset of shale production and associated hydraulic fracturing. Ethane concentrations in fractured shale gas are typically 10% or higher vs. a traditional range of 4%–7% in associated gas.

Maximizing energy efficiency in paraxylene production—Part 2

BP AMOCO: Colling, C.

Due to reduced margins, higher energy costs and rising atmospheric carbon dioxide content, energy efficiency has never been more important in refining and petrochemicals. This is particularly true in the modern aromatics complex, which produces paraxylene (pX), benzene and other aromatics from naphtha.