Acid Gas Removal
Determine trace amounts of organic acids causing refinery corrosion
Petroleum is a complex hydrocarbon mixture that contains small amounts of organic acids, such as naphthenic acids and phenols.
Case histories of amine plant equipment corrosion problems–Part 2
Past corrosion incidents provide insight into the causes of corrosion and the preventive actions required to protect plant equipment and reduce costly plant downtime.
Refining: Alkylation—What’s a refiner to do?
Within the refining industry, gasoline production and alkylation capacity are running at near all-time highs.
Case histories of amine plant equipment corrosion problems–Part 1
Lost production from corrosion costs the oil and gas industry more than $1 B/yr.1
Optimizing the dehydration process with advanced process simulation
In the operation of natural gas pipelines, a blockage or leak can cause expensive production losses, damage equipment and pose safety hazards.
Heavy crude oil processing design and reliability
Revamping refineries to process heavier crude slates goes well beyond the requirements to meet equipment performance dictated by a shift in the quantity of lighter product yields to heavier products.
Process safety incidents involving simultaneous operations
Some process safety incidents occur as the result of simultaneous or sequential occurrences of operations or activities that interfere or clash with each other.
Turn to open-path laser detectors for HF gas safety
Process engineers at a refinery in one of the Rocky Mountain states were concerned about detecting the potential accidental release of hydrogen fluoride (HF) gas at their plant as part of a recent series of upgrades to the facility.
HF alkylation conversion is finally within reach—Part 1
Because of its clean-fuel properties (paraffinic, high octane, low vapor pressure and very low sulfur), alkylate is considered one of the most desired components in the gasoline pool.
Installation of liquid sulfur degassing processes in existing SRUs
Over the last 35 yr, more companies worldwide have installed liquid sulfur degassing processes in their sulfur recovery units (SRUs) to minimize the dangers of the release of hydrogen sulfide from the produced elemental sulfur.
- 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
- 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
