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

Instrumentation

BASF and research partners collaborate to optimize mechanical recycling of plastics

BASF has teamed up with Endress+Hauser, TechnoCompound and the Universities of Bayreuth and Jena to study how the mechanical recycling of plastics can be improved. With funding from the German Federal Ministry of Education and Research, the SpecReK project aims to reliably and precisely identify the composition of plastic waste during the recycling process and thus improve the quality of recycled plastics.

bp extends GFA with ABB as supplier of automation across upstream/downstream assets

ABB has extended its relationship with bp through signing a five-year Global Frame Agreement to supply automation, electrical and telecommunications equipment across bp’s upstream and downstream assets and facilities.

Digital Feature: A Case Study on achieving visibility into OT cybersecurity policy compliance

This case study details how a U.S.-based Fortune 50 petroleum refiner used PAS Cyber Integrity® to improve OT cybersecurity. By automating asset inventory and vulnerability assessments, the company reduced manual processes, enhanced visibility into cyber risks and improved safety-ultimately saving millions in program costs.

Improving ammonia production sustainability

Emerson: Machuca, M.

While approximately 70% of ammonia production is used to make fertilizers, it is also identified as the largest carbon dioxide (CO2)-emitting chemical industry process. This article examines several novel technologies to improve the sustainability of the ammonia production process.

Measuring hydrogen, tomorrow’s innovative fuel

Endress+Hauser: Castillo, C. M.

Because it can be stored, transported and burned without GHG emissions, hydrogen (H2) is emerging as a potential frontrunner as a clean fuel source. However, transporting H2 must be efficient and cost-effective, a task that requires careful consideration and innovative solutions. This article will examine requirements for effective H2 transportation and accurate measurement in its challenging environments. 

Shape the future of sustainable processing with advanced analytics

Seeq: Pietryka, M.

From the foundations of measuring emissions in real time, to forecasting the impact of each lever and automating reporting, digital technologies help processors track key sustainability metrics and overall progress in the journey to net-zero. 

ADNOC, AIQ developing first-of-a-kind agentic AI solution for global energy transformation

ENERGYai will combine large language model technology with cutting-edge ‘agentic’ AI – AI ‘agents’ that are trained in specific tasks across ADNOC’s value chain. These specialized AI agents bring a new level of autonomy and precision to critical tasks, from seismic analysis to energy efficiency and real-time process monitoring.

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.

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.

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.