Treating
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.
Improve removal of phenolic and amine compounds in a sour water stripper
Joint stripping in a refinery sour water stripper (SWS) unit contributes to the concentration of phenols and total nitrogen (N) in the discharged treated water from the wastewater treatment unit.
Viewpoint: Advanced H2O systems and the drive for efficiency
For both upstream and downstream operations, H2O is a critical resource in the oil and gas industry.
Dividing wall column applications in FCC naphtha splitter columns
Dividing wall column (DWC) technology is becoming more widely accepted throughout the process industries as a means to increase efficiency and reduce capital and energy costs.
Editorial Comment: Is the industry ready for IMO 2020?
In mid-July, hydrocarbon processing industry (HPI) professionals from around the world met in Houston, Texas for Hydrocarbon Processing’s International Petrochemical and Refining Conference (IRPC).
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.
Canadian refinery reusing 100% of water with GE wastewater treatment technology
TREVOSE, PA. — Federated Co-Operatives Limited’s Co-op Refinery Complex in Regina, Saskatchewan, was named Industrial Water Project of the Year at the annual Global Water Awards. The award recognizes the project, commissioned in 2016, that represents the most impressive technical or environmental achievement in the field of industrial water.
An investigative study for technological innovation for ethylene plants
The development of an industrial process like an ethylene (C<sub>2</sub>H<sub>4</sub>) plant requires skills and knowledge in two main subject areas: synthesis and analysis. Optimal configuration through process synthesis (PS) with selected task selection (STS) is the main theme of this work.
- Honeywell to supply integrated automation systems for flagship UK carbon capture projects 12/4
- Aduro Clean Technologies collaborates with ECOCE to advance plastics recycling in Mexico 12/4
- FincoEnergies launches GoodFuels B15: A reliable and compliant drop-in biofuel for inland shipping 12/4
- DevvStream, Southern Energy Renewables target low-cost, carbon-negative SAF and green methanol 12/4
- AFPM: Revised fuel economy standards would put CAFE back on solid legal footing 12/4
- ITT introduced a secondary containment system for its ICM metallic magnetic drive process pump 12/4
