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

Environment & Safety

Petroleum refining: a look at the future

UOP LLC: Penning, R. T.

Here’s a view of long-range spending strategies, including new technologies and proper hydrogen management

Improved planning can optimize solutions to produce clean fuels

Bechtel Corp.: Avidan, A. A.
Bechtel, Corp., Petroleum and Chemicals Global Business Unit: Klein, B.  |  Ragsdale, R.

Refiners may consider using alliances with contractors to shorten design and construction time for environmentally driven projects

Project alliance delivers 'green' fuels

Kvaerner E&C Australia: Entwistle, M.

A cooperative effort between a refiner, gas supplier and utility / power company enabled construction of a highly integrated refinery upgrade ahead of schedule

What are the options to meet Tier II sulfur requirements?

Axens North America: Ross, J.
Shaw stone & Webster: Swaty, T. E.

To meet ultra-low sulfur specifications for diesel and gasoline, U.S. refiners will 'retool' existing facilities; feedstock changes, operational/processing adjustments and installing new post treatment technologies are some possible choices

Combine power options with clean fuels projects

Foster Wheeler USA Corp.: Katogir, L. J.

A build-own-operate project structure involving refinery upgrade results in increased product yield and power production

Cat naphtha sulfur management: undercut or not?

CH2M Hill: Sloley, A. W.

Several processing options can create a high-sulfur heavy cat naphtha that concentrates FCC sulfur into one stream

Consider improved liquid alkylation catalysts

ConocoPhillips: Vander Laan, J.
Phillips Petroleum Co.: Pfile, M.  |  Shoemaker, L. W.

To process 'cleaner fuels,' refiners will seek octane gains from the blending pool; alkylate refinement is a possible solution

Process ultra-low sulfur diesel

Akzo Nobel Catalysts: Brevoord, E.  |  Gerritsen, L.  |  Mayo, S.  |  Plantenga, F.

New catalyst technology efficiently works at the molecular level to remove thiopenes

HP Automation Safety: Comparing failure rates

exida LLC: Goble, W.

Safety integrity level (SIL) verification per ISA84.01 and IEC61508 requires that a probabilistic evaluation be done on the hardware used in a safety instrumented function (SIF). Data n..

Indoor air quality and hydrocarbon processing research

Strobic Air Corp. a subsidiary of Met-Pro Corp.: Tetley, P. A.

A case study on eliminating containment and re-entrainment of laboratory workstation fume-hood exhaust