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

Engineering & Design

Cannon Artes breaks ground on massive industrial wastewater treatment/water reuse plant in Qatar

Cannon Artes is building a large-scale, advanced wastewater treatment and water reuse plant in one of the top three petrochemical complexes in the Middle East region. The system will treat up to 25,000 m3d of effluent water and cooling-tower-blowdown water.

Sponsored Content: Demystifying industrial AI agents: What we can learn from Iron Man

An industrial agent is an agile and robust software entity that intelligently represents and manages the functionalities and capabilities of an industrial unit. This Digital Feature dives deep into industrial agents, and how they can be used to optimize plant operations.

Best practice guidelines for selecting types of compressors

Technip Energies: Kanikar, S.

This article discusses the best practices for selecting compressors for different applications in refining, petrochemical, chemical and carbon capture plants.

Prompt engineering: Extracting operational excellence knowledge from AI—Part 2

CEPSA: Larraz, R.

Prompt engineering elaborates precise instructions to guide large language models towards generating specific, desired outputs, and offers significant potential for optimizing processes, solving complex problems and improving operational efficiency in refineries and petrochemical plants. In Part 2, the practical applications of these advanced prompt engineering techniques in various aspects of refinery operations will be explored. Examples include key areas where RAG implementation with specific plant information would be highly beneficial. 

Utilize a process simulation digital twin to optimize condensate yield

ADNOC Sour Gas: Kaleem, J.  |  Al Ali, E.  |  Allanaboyina, V.  |  Srinivas, R.
Aspen Technology: E. Gebesy  |  S. Sheikh

With the aim to maximize profit, and contribute to sustainability targets by reducing greenhouse gas emissions, ADNOC Sour Gas has optimized condensate hydrotreater operation by adjusting Reid vapor pressure, which resulted in maximizing condensate yield. This article is a case study on using a process digital twin to optimize condensate yield.

Consortium to launch world's first commercialized PET bottle using bio-paraxylene

A partnership consisting of Indorama Ventures, Suntory, ENEOS Corporation, Mitsubishi Corporation, Iwatani and Neste will launch the world’s first bio-PET bottle for commercial scale, made from ISCC+ certified bio-paraxylene.

Consortium introduces world's first pharmaceutical bottle partially made with wood-based plastics

UPM Biochemicals, Selenis and Bormioli Pharma have partnered to produce the world’s first pharmaceutical bottles made from partially wood-based polyethylene terephthalate (PET).

Thermal decomposition of particulate mercury sulfides in petroleum—Part 2

Chevron Energy Technology Co.: Hatakeyama, E.  |  Das, T.  |  Hoelen, T. P.
Contributing Author: O'Rear, D.

Traces of particulate mercury sulfide (HgS) in stabilized crude oils transform to elemental mercury below 400°C in refinery distillation units. The authors evaluated this transformation and measured reaction rates and activation energies in crude oil and Hg-spiked mineral oil, using glass vessels at atmospheric pressure and a microunit at 1,000 psig.

Needle coke and synthetic graphite: Advance performance through technology application

Chevron Lummus Global: A. A. Faegh

This article looks at the global graphite market and future demand. In turn, it details the author's company's proven delayed coking technology through conventional and two-step processes to produce carbon precursors for synthetic graphite and needle coke for graphite electrodes.

Examination of design temperature allowance on creep range piping

This article delves into the effects of providing standard design temperature allowances for piping systems operating in the creep range. The aim of examining this practice is to enhance the understanding of its implications for pipe engineering.