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Compression

ARTICLE 09/01/2023

Non-Intrusive Pig Signallers: Cutting Costs, Emissions, and Environmental Risks

By their nature, non-intrusive pig signallers do not require a nozzle hole for any type of welded fitting, whether it be a 'counter flange' or a direct fitting like a threadolet. They are simply secured to the pipeline. Simultaneously, this approach saves costs on welding, non-destructive testing, and eliminates the risk associated with potential hydrocarbon leak paths.

ARTICLE 04/26/2023

Offshore Pipeline Design for CCUS

(P&GJ) — Design and construction of CO2 pipelines are similar to natural gas transmission pipelines. However, there are differences like: thermodynamic modeling, blow down modeling, specifying the maximum water content, pipeline fracture propagation control, use of elastomer materials and performing a quantitative risk assessment, mainly related to release modeling and defining the allowable exposure limits. These factors require special attention for CO2 pipelines, when compared with natural gas.

ARTICLE 04/24/2023

Control Rooms: Achieving SCADA Operational Readiness, Compliance

(P&GJ) — Implementing a comprehensive control room management (CRM) plan in today’s energy market can be a challenging task in that integrating it with modern supervisory control and data acquisition (SCADA) systems adds layers of complexity to the project’s implementation and compliance requirements.

ARTICLE 03/30/2023

Learning to Manage Risk of Over-Pressurizing Gas Pipelines

(P&GJ) — According to data from the International Energy Agency (IEA), in 2020, the world consumed 3.7 Tcf of natural gas. In other words, nearly 10 billion cubic meters of natural gas was transported daily from production sites to homes, businesses, and power plants worldwide through pipelines spread across millions of miles. Most of these pipelines operate underground, 24/7, quietly delivering a vital service to people across continents.

ARTICLE 11/05/2015

World News: Subsea Gas Compression Facility Begins Operation

Statoil has begun production of the world’s first subsea gas compression facility at the Åsgard field in the Norwegian Sea. The facility features two MAN Diesel & Turbo HOFIM compressor units which were supplied to Statoil’s contractor Aker Solutions. It consists of modules for two identical sets of compressors, pumps, scrubbers and coolers fitted together in a 1,800-metric ton steel frame.