Petrochemicals
Double-suction centrifugal compressor in ethylene plant inlet piping design
Centrifugal compressors are designed with different suction nozzle orientations and impeller layouts in casing.
Optimizing failure data analysis
A critical objective of engineers who design an automatic protection system is to lower the false trip rate and to lower a key metric called average probability of failure on demand (PFDavg).
Getting the most out of your process burner tiles
It is often incorrectly assumed that the burner tile is simply a piece of refractory or firebrick. Nothing could be further from the truth.
A novel polymerization retarder with boosted performance and improved handling characteristics
Styrene monomer production plants continually face a need to slow polymerization rates in the purification section of the production process to increase monomer production rates, reduce polymerization/fouling and tar formation, and protect against equipment plugging, especially in the event of unplanned shutdowns.
Best practices for pygas-based styrene extraction
Pyrolysis gasoline (pygas) is a by-produced fraction of hydrocarbons generated from a steam cracker.
How high can polyethylene and polypropylene plant capacities rise?
Polyethylene (PE) and polypropylene (PP) plants are the popular downstream derivatives of ethylene crackers or petrochemical fluidized catalytic cracking (petro-FCC).
Fuels and chemicals: Finding the right refinery configuration for a less predictable world
The refining industry links the upstream production of crude oil with the end markets for fuel products, as well as for the petrochemical/chemical industry.
Smart manufacturing standardization: Driving global interoperability for enabling factories of the future
Smart manufacturing is a topic that has generated considerable discussions within industry and standards organizations.
Unlock margin by interconnecting refinery optimization silos with closed-loop AI
Refineries and chemical processing plants are complicated to model, control and optimize.
Improve reliability and reduce maintenance with advanced analytics
A common misconception in largescale process manufacturing is that minimizing downtime by increasing reliability is the key to increasing profitability.
- Australia’s biggest LNG plants suffer outages due to cyclone, straining global supply 3/27
- Iran war chokes petrochemical supply, sends plastic prices soaring 3/27
- Stockholm Exergi taps Inprocess to deliver advanced process simulator for BECCS project 3/27
- Japan to relax rules from April to boost coal-fired power amid LNG import risks 3/27
- Velan releases upgrades to its delayed coker isolation valves 3/27
- AFPM: ‘Baffling’ final RFS will break cost records. In fact, it already is 3/27
