The ConocoPhillips Optimized Cascade® Process is designed around a "two-train-in-one" reliability concept that has been successfully proven in more th...
|
AP-XTM LNG process offers an attractive means to significantly reduce the specific capital cost of LNG. The AP-XTM LNG process can be configured with ...
|
To push the capacity of LNG trains even further, Shell has developed the three-driver Parallel Mixed Refrigerant (PMR) process, which is the basis for...
|
Cumene is oxidized with air at high efficiency to produce cumene hydroperoxide (CHP). CHP is then concentrated and cleaved to phenol and acetone in th...
|
Selective Cracking Optimum Recovery (SCORE™) combines the expertise and experience of KBR and ExxonMobil to offer advanced steam-cracking technology t...
|
The Veba Combi-Cracker (VCC™) technology is a slurry phase hydrocracking/hydrogenation process for converting petroleum residues at very high conversi...
|
The Stamicarbon Pool Reactor concept combines the condenser and reactor within a single pool reactor. This technology was achieved by enlarging the ho...
|
Highlights of the technology include the compact, self-supporting Orthoflow™ converter where the disengager, stripper and regenerator vessels are effi...
|
Hydrotreating is an established refinery process for reducing sulfur, nitrogen and aromatics while enhancing cetane number, density and smoke point. T...
|
The C3MR process consists of two refrigeration cycles: a propane-refrigeration cycle to cool from ambient conditions to 235° C., and MR cycle to lique...
|
The Urea Training Simulator can be used for training and certification of both new and experienced operators. Other applications are in the testing, e...
|
The ACETICA® PROCESS, developed by Chiyoda Corporation, is a process to produce acetic acid by carbonylation of methanol. With a unique line of techno...
|
KBR's Purifier™ Ammonia Process combines the following proprietary technologies to yield an extremely reliable, robust, low-energy plant:
-Mild r... |
The ThruPlus® Delayed Coking technology is the cleanest, most cost efficient process for converting low value petroleum residues and non-conventional ...
|
SMK™ coil technology for gas feed: The SMK™ technology enables selectivity optimization and to obtain very large
capacity furnaces. The largest capa...
|
The ROSE® (Residuum Oil Supercritical Extraction) process is a very efficient solvent-extraction option for recovering higher value products from resi...
|
Floating liquefied natural gas (FLNG) refers to water-based liquefied natural gas (LNG) operations employing technologies designed to enable the devel...
|
The separation and fractionation systems downstream of the cracking furnaces are based on the progressive separation technology developed by Technip, ...
|
Refiners are facing a dynamic business environment. Crude prices are volatile. Heavy, high-sulfur and acidic opportunity crudes are increasingly avail...
|
The Snamprogetti TM urea process is known worldwide. The process is divided into six sections:
- Synthesis and high pressure (HP) recovery -... |
The majority of the world's LNG is liquefied in the AP-C3MRTM LNG Process, in which the precooling circuit is a propane system, typically utilizing mu...
|
SYDECSM (Selective Yield Delayed Coking) technology is the leading delayed coking technology due to its superior technical components and our knowledg...
|
Double Mixed Refrigerant (DMR) process produces LNG more efficiently and increases the potential for developing natural gas resources in colder, more ...
|