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

Process Optimization

Create business value with human-centric digital transformation

Seeq: Bowling, M.

In today’s turbulent global geopolitical and economic landscape, key decision makers at industrial manufacturing organizations are exercising caution when considering new spending. However, despite this moderation, company shareholders expect ever-increasing returns.

The concern of CO emissions

Fluor: Chaudhuri, D.  |  Gupta, V.  |  Kumar, V. S.

No refinery can operate without hydrogen (H<sub>2</sub>) because it is needed in all hydroprocessing technologies to remove sulfurous impurities and produce products at the correct specifications. With each passing day, the importance of H<sub>2</sub> in refineries is increasing as crude oil gets heavier and more sour while product specifications are simultaneously getting tighter.

Decarbonization opportunities in refinery and petrochemical complex-organic Rankine cycles

Fluor, India: Srivastava, A.  |  Bist, J.  |  Singh, N.

In an organization’s pursuit of decarbonization, significant opportunities exist in recovering waste heat from high-temperature streams instead of rejecting it to heat sinks. This article analyzes the economics of using the organic Rankine cycle (ORC) to recover waste heat and generate electricity.

Editorial Comment: Maintenance and inspection pathways/technologies to optimize unit reliability

Hydrocarbon Processing Staff: Nichols, Lee

Unit uptime is one of the most important aspects in refining and petrochemical plant operations. Work stoppages due to any number of causes can be detrimental to profitability; therefore, it is imperative to utilize best practices, technologies, techniques and know-how to ensure processing units operate efficiently and safely.

Improve energy efficiency of assets

Cloud for industries: Why the time is now?

Industrial AI for guided diagnosis of KPI deviations in production operations

An innovative process for simultaneously producing high-purity benzene and U.S.-grade gasoline from FCC C6 heartcut

Reliance Industries Ltd.: Garg, M.  |  Patil, R.  |  Sapre, A. V.
CSIR-Indian Institute of Petroleum: Kumar, S.  |  Ghosh, P.

Mobile Source Air Toxics (MSAT) II regulations restrict the average benzene level in gasoline sold in the U.S. to 0.62 vol%. In India and in several other countries, benzene in gasoline is presently restricted to 1 vol%. Fluid catalytic cracking (FCC) gasoline contributes to nearly 10%–20% of the gasoline pool in a typical refinery.

Decarbonize the FCCU through maximizing low-carbon propylene

Cepsa R&D: Pérez, E.  |  Prieto, C.
Cepsa, Gibraltar Refinery: Moreno, J. A.  |  Tenorio, J.  |  Chavarría, A.
W. R. Grace: Bescansa, M  |  González, R.  |  Brandt, S.  |  Franken, J.

As the global energy system continues to be threatened by geopolitical tensions, the refining industry continues to demonstrate an outstanding capacity for adaptation.

Pellet handling system for polyolefin plants: Are you specifying it correctly?

Bechtel Energy: Tiwari, V. K.  |  Guharay, S.

Product pellets produced in polyolefin plants—such as polyethylene (PE) or polypropylene (PP)—require transportation from the unit to the end users that process these pellets to manufacture different end-use plastic products.