Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Maintenance & Reliability

Case study: Extend tube life in a waste heat boiler

SK Energy: Lee, S.  |  Kim, E.

The sulfur recovery unit (SRU) separates sulfur from sulfur compounds.

Reliability: Strainers and thoughtful testing: Piping initiatives worth considering

Hydrocarbon Processing Staff: Bloch, Heinz P.

In two separate cases, foresight in the use of strainers on piping and following proper procedures for hydrostatic testing are recommended to preserve the integrity of offshore platforms.

Apply ceramic coatings to extend radiant tube life in process heaters

IGS-Cetek: Bacon, J.

Process tubes in refining applications are typically steel alloy (ASTM A335 P22, P5 or P9), which contain 2.25%, 5% and 9% Cr, respectively. These grades oxidize at operating temperatures, and scale will grow continuously on the surface, often reaching 2 mm in thickness in higher-temperature/high-heat-flux units. The layers of scale are very insulating and represent a significant barrier to conductive heat transfer to the process.

Effectively clean air fan coolers with water and steam

SK Energy: Byung-Moon, J.  |  Seok-Ryong, J.  |  Sang-Gyu, K.

In many refineries and petrochemical plants, air fan coolers (AFCs) become a major bottleneck to increasing plant capacity. Many plants suffer from lower heat duty than designed, especially during the summer months, which can lead to lower plant capacity.

Leveraging modern flow technologies to improve safety in refineries

Emerson: Jha, M.  |  Valentine, J.

The refining industry is facing increased pressures, such as crude oil supply changes, changing product distributions and increasing regulations. These pressure points create a highly competitive market where refiners are looking for options that include digitally transforming operations and adapting new technologies to enhance safety and improve uptime, flexibility and efficiency, while securing their competitive position in a dynamic market. Improving personnel and process safety remains a top focus area for refiners.

Managing dark data and visualizing your digital twin

Siemens: Pawlewitz, J.  |  Doyle, A.

Today’s tools are often specialized for a certain type of task; however, they often lack the connectivity that would enable the easy comparison and cross-reference of asset information. Engineering tools are well suited for design and build phases, but may be less suited for use in operations and maintenance.

Five key innovation concepts to impact frontline engineers in 2020

KBC, a Yokogawa Company: McIntee, A.
Yokogawa Corp. of America: Finnan, K.

Gas processing, liquefaction, oil refining, bulk petrochemicals and chemicals plants represent a large population of frontline engineers and technical managers. Their professional lives will become increasingly impacted by the growing adoption of disruptive digital technologies and digital platforms.

Industry Perspectives: The Main Column—Hydrocarbon Processing's new podcast series

Hydrocarbon Processing Staff: Nichols, Lee

In December 2019, <i>Hydrocarbon Processing's</i> launched its new podcast series: The Main Column. The podcast series will feature the latest in hydrocarbon processing industry (HPI) trends, technology developments, engineering and operations.

Editorial Comment: Adopting digital technologies to enhance operations

Hydrocarbon Processing Staff: Nichols, Lee

What is the future of refining and petrochemical operations? One trend that has been the focus of many articles, whitepapers and conference presentations is the digital transformation of the hydrocarbon processing industry (HPI).

Reliability: Consider successful pump redesigns: Start with a clean sheet of paper

Hydrocarbon Processing Staff: Bloch, Heinz P.

You may recognize the “pre-owned” pump in FIG. 1 as an axially split, between-bearing, multistage model. Chances are that half of its impellers face right-to-left and half of them face left-to-right. In that case, there must be an internal seal or bushing that limits leakage flow from the pump’s higher- to lower-pressure sections. There must also be porting or piping that takes flow from the discharge of the lower-pressure section to the suction of the higher section.