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

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HP Forecast: HPI Market Data 2014 Executive Summary

Hydrocarbon Processing Staff: Romanow, Stephany  |  DuBose, Ben  |  Blume, Adrienne

This summary provides a "sneak peek" at Hydrocarbon Processing's HPI Market Data 2014. This comprehensive report investigates present and projected future trends in refining, natural gas and petrochemical industries. Topics include spending forecasts and construction projects derived from HP's Construction Boxscore database; global and regional changes in energy production and use; and developments in oil and natural gas processing. HPI Market Data 2014 also covers trends in economics, plant safety and the environment. This annual report is the hydrocarbon processing industry's premier source of market information for professionals working in the downstream.

HP Industry Perspectives: Is it too early to be optimistic for 2014?

Hydrocarbon Processing Staff: Romanow, Stephany

The increased availability of natural gas supplies are redefining energy conditions. New natural gas reserves are shifting the order for producing nations. Shale gas reserves, once difficult to extrac..

Use APC in energy systems―Total’s Leuna refinery case study

KBC Process Technology Ltd.: Milosevic, Z.
Total: Polster, A.  |  Mai, A.  |  Seifert, U.  |  Wagner, M.

Advanced Process Control (APC) has been used extensively to assist in operating refinery and petrochemical processes safely and profitably. However, with the constantly increasing fuel and environment..

Improve inline blending with advanced analyzers

Refinery Automation Institute, LLC: Barsamian, A.

Due to tough economic conditions, refiners are pressed to improve profitability. There is greater pressure to optimize gasoline and diesel blending. What are the options to improve processing of trans..

HP Impact: Lukoil projects energy trends out to 2025

Hydrocarbon Processing Staff: Thinnes, Billy

Lukoil recently offered an outlook on the long-term prospects for the global hydrocarbon processing industry. The outlook’s objective is to analyze trends that will (in Lukoil’s view) determ..

Case history: Optimization of FCCU with multivariate statistical modeling

BASF Corp.: Keeley, C.  |  Mayol, J.  |  Riva, S.  |  Komvokis, V.  |  Bozukov, V.  |  Challis, S.
Lukoil Nizhegorodnefteorgsintez Refinery: Karpov, N. V.

Process models and simulation methods can be used to simulate the fluidized-bed catalytic cracking unit (FCCU) process.a,b Likewise, kinetic or multivariate statistical models have been used. Rigorous..

Reduce salt corrosion rates with stronger base amines

Baker Hughes: Lack, J.  |  Harrell, B.

When processing discounted crude oils, one of the primary challenges refiners face is under-salt corrosion in crude unit distillation overhead systems.

Catalyst systems offer flexibility for hydroprocessing applications

Advanced Refining Technologies: Olsen, C. W.  |  Torchia, D.
Advanced Refining Technologies, LP: Shiflett, W. K.
Chevron Lummus Global: Brossard, D.

Refinersa re strongly motivated to evaluate and select premier catalyst systems for the production of both diesel products from their hydrocracking and diesel treating units.

Improved oxidation process increases sulfur recovery with Claus unit

GTC Technology US, LLC: Vazquez, R. G.  |  Seeger, D.  |  Thundyil, M.

Since its development in 1936, the “modified Claus” technology has been the preferred process used by refineries and gas processing plants for the recovery of sulfur from acid-gas streams. M..

Update: Russia’s capacity and modernization program

RAS, A.V. Topchiev Institute of Petrochemical Synthesis, Gubkin Russian State University of Oil and Gas: Levinbuk, M.
Gazprom Neft: Galkin, V. V.  |  Makhiyanov, V.

Since 2008, Russian regulations regarding the crude oil and refining industry have changed substantially. At present, Russia has 22 large refineries, each with an individual throughput capacity exceed..