Swagelok® Gas Distribution Systems
Gas distribution is a critical function for many industrial, research, and production facilities. Safely, reliably, and effectively delivering gases to where they are needed provide the foundation for a strong operation. Gas distribution systems work to deliver gases from a high-pressure source to the facility at the pressure and flow rate required by each application.
Contact a SpecialistSwagelok standard gas distribution panels come fully assembled and tested. They are easy to order from our application guide as single part numbers, minimizing the time your engineers spend on specification and procurement of new systems.
Swagelok modular panels feature minimal threaded connections to reduce potential leak points, and they are intuitively labeled to promote safe, simple use, and maintenance, and are backed by the Swagelok Limited Lifetime Warranty.
Learn more about Swagelok® Gas Distribution Systems
Swagelok gas distribution systems are built around one or a series of pressure regulation steps, and may include four subsystems:
- Swagelok® source inlet (SSI)
- Swagelok® gas panel (SGP)
- Swagelok® changeover (SCO)
- Swagelok® point-of-use (SPU)
Swagelok® Source Inlet (SSI)
The source inlet establishes a connection between the high-pressure gas source and the distribution system. It is important the inlet is built with appropriate cylinder connections, hoses, tubing, filters, and vent, purge, and relief functions to ensure that gas can be safely fed into the primary gas pressure control or automatic changeover. For a single gas cylinder, the assembly can be as simple as a hose and connector, while multiple cylinders may require a manifold incorporating many hoses and valves. Swagelok offers highly configurable options to purge or vent gases when changing bottles, always ensuring operator safety, as well as an available option to vent individual lines to maximize uptime.
Swagelok advisors will ensure all componentry is included and correctly specified with minimal connection points, hoses that do not drop to the ground, and properly supported components. Additionally, we can advise when certain gases may require the use of special hoses.
Swagelok® Gas Panel (SGP)
The SGP completes the first pressure reduction of the source gas and ensures it is delivered at the correct flow rate to the next stage of the system. Pressure reduction is accomplished in either one stage with a single pressure regulator or two stages through a dual pressure regulator arrangement.
Swagelok offers modular panels that are easy to service as any part can be detached via a Swagelok connection, so the panel never needs to be removed, as well as options implemented around the regulator and valves for color-coding if required for your site. Swagelok can also help you understand where a two-stage regulator is required.
Swagelok® Changeover (SCO)
The automatic changeover system seamlessly switches from one gas source to another to ensure an uninterrupted supply. This is accomplished through staggered set points of two pressure regulators, allowing the system to continue to operate as the primary gas source is changed. The changeover station allows for specified changeover set points to reduce wasted gas left in cylinders.
Swagelok offers more assurance the changeover point remains constant, as well as optional line regulation if your system incorporates a point of use regulator downstream—this can eliminate the additional cost of a regulator on the SCO. Swagelok specialists can help your team better understand system functionality, troubleshoot, and maintain operations.
Swagelok® Point-of-Use (SPU)
The point-of-use provides the critical last stage of pressure control prior to the gas being used. These typically have a pressure regulator, gauge, and isolation valve. Point-of-use systems offer a convenient and accurate method of adjusting pressure to meet test bench or equipment needs.
Swagelok offers standardization and consistent operation at the point-of-use; flat plate, bottom mount, top mount, and wall mount options; and a compact design. A Swagelok specialist can show you hidden savings, like how a single-stage SGP can be used to minimize cost where varying line pressure between the SGP and SPU is acceptable.
Gas Distribution Application Guides
Locate detailed information about our assemblies.
Gasverteilungssysteme liefern Gase sicher und effektiv von der Hochdruckquelle zu einem von der Anwendung vorgegebenen Druck und der entsprechenden Durchflussrate zum Betriebsbereich. Gasverteilungssysteme, die in den meisten Fällen basierend auf einem oder einer Reihe von Druckregulierungs-Abschitten gebaut sind, können die folgenden vier Untersysteme umfassen Source-Inlet-Anschluss-Systeme, primäre Gasdruckkontrollsysteme, automatische Umschaltsysteme und Point-of-Use-Systeme (Entnahmestellen). Diese Anleitung enthält Informationen zu den von Swagelok angebotenen Gasverteilungssystemen.
Bei einer Probeentnahme werden Fluid- oder Gasproben aus einem System entnommen, um die Probe in ein Labor zur Analyse zu liefern. Verwenden Sie Anwendungssysteme von Swagelok, um vollständig dokumentierte Systeme zur Fluidentnahme und Kontrolle zu erhalten und eine höhere Beständigkeit Ihrer Abläufe zu erzielen.
Understanding Industrial Gas Distribution Systems
Add efficiency to your operations by learning about the design factors that most directly impact the effectiveness of industrial gas distribution systems, including how easy they are to use and maintain.
Read the White PaperSwagelok Resources Curated for You
Fallstudie: 200 Gasleitungen. 1 ganzheitliche Lösung.
Bei einem führenden britischen Chemieunternehmen kommen zu Forschungs- und Entwicklungszwecken verschiedene Spezialgase zum Einsatz. Um die Sicherheit der Systeme zu verbessern und neue Effizienzsteigerungen zu erzielen nutzte das Unternehmen das Gasverteilungsprogramm von Swagelok.
Wie Sie mithilfe eines optimierten Gasverteilungssystems Ihre Wartungskosten reduzieren
Erfahren Sie, wie einfach zu bedienende Gasverteiler und optimierte Gasverteilungssysteme dazu beitragen, Wartungskosten in Laboren, Raffinerien und anderen Einrichtungen zu reduzieren.
Q&A: Wie Sie mit einer effizienteren Gasverteilung Kosten reduzieren und die Sicherheit erhöhen können
Erfahren Sie, was sich häufig negativ auf die Sicherheit und Effizienz Ihrer Gasverteilungssysteme auswirkt, und wie eine professionelle Überprüfung dieser Systeme sich langfristig lohnt.
Höhere Sicherheit und Effizienz in Gasverteilungssystemen
Gasverteilungssysteme sind in Laboren, Testzentren und industriellen Produktionseinrichtungen von entscheidender Bedeutung, um einen Betrieb bei maximaler Effizienz zu gewährleisten. Erfahren Sie mehr darüber, wie Sie Ihre Gasverteilungssysteme sicherer und zuverlässiger machen, Kosten senken und so die Weichen auf Erfolg stellen.