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

Environment & Safety

HP Automation Safety: Still not using a safety PLC?

exida LLC: Goble, W.

The concept of using a special-purpose programmable logic control (PLC)/controller designed for fail-safe operation started over 25 years ago. The early programmable machines were designed applying th..

Choosing the wrong flame arrestor can prevent capacity enhancement

Memorial University of Newfoundland, St. John's: Abdi, M. A.
National Iranian Oil Co.: Golkar, M. M.

This Iranian gas facility debottlenecked its process and increased production

Clean fuel trends in Asia: Contribution of MTBE

Asian Clean Fuels Association: Woo, C.

Growing vehicle population requires innovative solutions to curb air emissions

Improve prediction of cetane index and smoke point

Syncrude Canada Ltd.: Yui, S.

New correlations more accurately estimate properties for conventional and oil sands-derived middle distillates

New power approach reduces air emissions

Jacobs Canada Inc.: MacGregor, R.

Integrating binary power plants conserves heat energy and generates electricity for bitumen extraction site

Consider coal for olefins production

Johnson Matthey Process Technologies: Roberts, P.
Davy Process Technology: Sutton, M.

Advanced methods use methanol as a valuable processing step to convert coal into various petrochemicals

HP Automation Safety: All failures are systematic

exida LLC: Goble, W.

      For many years, a debate has been ongoing over random vs. systematic failures. Why all the fuss? In functional safety work, one must treat "systematic" failures very differently f..

Your control room may not be in the safest plant location

Fluor Daniel: Bhullar, R. S.

Here's how to ensure that operators can provide their peak performance

Capture the long-term benefits of operator training simulators

Technip France: Cheltout, Z.  |  Coupier, R.
Technip: Valleur, M.

Here are the prerequisites, pitfalls and vision for the future

Use real-time optimization for low-sulfur gasoline production

Axens: Bader, J.-M.  |  Guesneux, S.

As the main sulfur source in the gasoline pool, fluid catalytic cracker (FCC) gasoline cuts must undergo severe hydrodesulfurization (HDS) processing to achieve ultra-low-sulfur gasoline (ULSG) pool s..