COPYING AND DISTRIBUTING ARE PROHIBITED WITHOUT PERMISSION OF THE PUBLISHER
Login
|
Free Trial
|
Subscribe
|
Advertise
Home
Magazine
May 2023
Free Trial
|
Subscribe
Current Issue
Archive
Supplements
Renew
Customer Service
News
Latest News
Conference News
Newsletter Sign-up
Data
HPI Market Data Book
Process Handbooks
Construction Boxscore
Global Energy Infrastructure
Resources
Webcasts
Whitepapers
Videos
Podcasts
Store
Downstream365
Project Data
eBooks
Global Energy Infrastructure
Events
Carbon Intel Forum
IRPC
Gulf Energy Excellence Awards
Women's Global Leadership Conference
ChemE Show
FAQ
Search
Environment & Safety
Gas Processing/LNG
Maintenance & Reliability
Petrochemicals
Process Control
Process Optimization
Project Management
Refining
Home
2008
April 2008
Mega-olefin plant design: Reality now
April 2008
Special Report: Petrochemical Developments
Mega-olefin plant design: Reality now
Bigger is better, when planning future ethylene processing capacity
Shaw Energy & Chemicals:
Bowen, C. P.
|
Jones, D. F.
IP: 10.1.1.4
The Authors
Bowen, C. P.
- Shaw Energy & Chemicals, Houston, Texas
Jones, D. F.
- Shaw Energy & Chemicals, Houston, Texas
Related Articles
Why ASTM D2622 cannot be used for sulfur content in B100
From crude oil to light olefins: Development and industrial application of the next-generation catalyst for catalytic pyrolysis process
Innovations
Business Trends: In uncertain times, how can industry balance energy security, sustainability and affordability?
Real-time monitoring of creep damage for fired equipment tubes, employing advanced web platforms
How companies can take advantage of APM solutions to reduce planned maintenance
From the Archive
Six considerations for turbomachinery control upgrades
Viewpoint: “Intelligizing” the refinery for business sustainability
Business Trends: Global petrochemical overview—Part 1
Maximize petrochemicals in the FCCU to boost refinery margins, improve gasoline pool quality
Business Trends: Clean fuels—a global shift to a low-sulfur world
Top seven causes for lost olefin production
Comments
Comments
{{ error }}
Add Comment
{{ comment.name }}
Editor
• {{ comment.dateCreated | date:'short' }}
{{ comment.text }}
Connect with
HP
Current Digital Edition
Why ASTM D2622 cannot be used for sulfur content in B100
View Digital Magazine
Subscribe
Sign up to Receive Our Newsletter
Latest News
U.S. EPA to remove proposed EV volumes from biofuel blending rule
6/6
BASF increases alkoxylates production capacity in Europe
6/6
Russia's Sakhalin invites India and China to tap energy resources
6/6
Airlines urge co-operation to help curb emissions
6/6
Oil prices steady as economic fears offset Saudi output cut
6/6
U.S. diesel demand is falling despite economic growth
6/6
Most Read
Most Commented
VOC reduction at Raffineria di Milazzo’s SRU complex—Part 2
Digital Technologies: Do not just monitor bad actor machines: Start when they are healthy
People
Editorial Comment
Maintenance and Reliability: Non-standard flanges for catalytic cracking units
How companies can take advantage of APM solutions to reduce planned maintenance
Design considerations when flaring ethylene oxide
Why sulfur plants fail: An in-depth study of sulfur recovery unit failures—Part 1
Implement advanced level control techniques to improve crude distillation unit stabilizer performance
Maintenance and Reliability: Non-standard flanges for catalytic cracking units
Construction Boxscore: Project Spotlight
Project:
Long Son Petrochemicals Complex
Location:
Long Son, Vietnam
Operator:
Siam Cement Group
Cost:
$5.4 B
Capacity:
1.65 MMtpy
Completion date:
2023
Status:
Under Construction
Comments