Process Optimization
Are floating LNG facilities viable options?
Here's how to evaluate technological and commercial issues of these units
Consider new approach for floating LNG units
Combined technical expertise for onshore and offshore LNG facilities reduces risks and capital costs for new installations
Minimize risks from cryogenic exposure on LNG facilities
A rational approach investigates methods to protect equipment and infrastructure from liquefied natural gas releases
Consider investing in a standard-compliant process analyzer
High profits are realized with accurate vapor pressure testing
Estimate water hammer loads in steam piping
The problem is more complicated because of the two-phase flow
Optimize plant performance using dynamic simulation
This plant case history illustrates the benefits
Rethink your liquid-liquid separations
A fresh look investigates general principles in designing process coalescers
Unifying framework for six sigma and process control
The advances presented will improve quality and productivity
IT/automation convergence revisited
Keeping automation close-coupled to operation is key
Maximize ethylene gain in acetylene removal units
New-generation catalysts and proper operating strategies offer improved selectivity and cycle length
- Digital Exclusive: Diesel demand, FCC flexibility and the growing role of additive technologies 8/4
- AnalytiChem launches CONOSTAN® GC standards range for fuel testing 8/4
- AMETEK introduces Grabner Vision Pro Series with next-generation performance in fuel analysis 8/4
- Motiva plans to begin FCCU restart at Texas (U.S.) refinery on Wednesday 8/4
- EPA gives Delek refinery biofuel relief, finds HF Sinclair petitions ineligible 8/4
- Brazil implements temporary 32% ethanol blend in gasoline 8/4
