Coriolis Flowmeter Skids
Precision mass-flow measurement packages for demanding process and custody-transfer applications.
Building new or updating your flow measurement processes does not have to be complicated.
Not with Petrogas as your partner. We custom-design and deliver engineered custody transfer solutions, integrating equipment, subsystems, and software based on the latest industry standards and practices from various manufacturers—all packaged to your needs.
With our modular process flow systems, your metering skids are engineered to order and ready to use. This “plug and play” module piece system will save you time and money, as they can be immediately deployed into your process flow.
Petrogas metering skid systems are designed and fabricated offsite in a modern, controlled environment, with exceptional quality control and a full testing process. We then deliver and install everything on a pre-scheduled timeframe. And our expedited installation process ensures downtime is minimal.
Once fabrication and testing are complete, Petrogas delivers and installs the system according to a pre-scheduled timeframe.
Our expedited installation process is designed to keep downtime to a minimum while giving your project team a proven, tested package.
Discuss Your Project →Many customers opt for detailed engineering and 3D modelling of the skidding process to ensure regulatory compliance, efficient fabrication and timely delivery.
Precision mass-flow measurement packages for demanding process and custody-transfer applications.
Advanced flow measurement systems configured for pipeline and process applications.
Engineered differential-pressure measurement packages for process environments.
Reliable turbine-based measurement systems for liquid flow applications.
Volumetric measurement packages for controlled process and transfer applications.
Integrated fuel handling and measurement packages ready for installation.
Clean-in-place packages for sewage and water treatment applications.
Glycol dehydration and regeneration systems engineered to project requirements.
Integrated compressor packages designed for practical field deployment.
While a single skid can contain a complete process system, multiple skid packages can be integrated to create larger process systems or even entire portable plants.
A multi-skid process system can combine raw materials, utilities and processing units that work together. The entire package arrives at the facility ready to install with minimal onsite construction required.
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A major advantage of a skid system is that it can be tailor-made for the space available at your facility.
Even when there is no suitable indoor space, skid systems can be designed with enclosures and installed outdoors. Enclosures can range from simple roof covers to sealed, weatherproof covers with positive pressure.
Petrogas specializes in skid module design using sophisticated 3D modelling software, ensuring that the system is optimized for available space and provides sufficient access for maintenance.
Modules are built offsite and can be installed within a significantly shorter onsite period.
Controlled factory conditions reduce weather delays and improve fabrication consistency.
Skilled craftsmen work in a controlled, production-style environment.
Optimized teams and dedicated skid manufacturing facilities improve efficiency.
Skids can be factory acceptance tested before shipment, reducing commissioning uncertainty.
Advanced CAD and 3D design ensure equipment, piping and access are efficiently arranged.
Engineers and vendors work with applicable codes and standards including ASME, ANSI and DIN.
Modular skid systems provide a practical, convenient approach to plant upgrades.
Petrogas is an EPFC contractor with multi-disciplined local and international engineers and project managers.
From preliminary process skid design and engineering through installation, training, commissioning and maintenance, Petrogas helps reduce project timelines and complexity.
Our project teams include electrical, instrumentation, mechanical and process engineers, mechanical designers and shop craftsmen working together with the lead project engineer.
This integrated approach supports seamless design, fabrication, automation and integration of flow measurement and custody transfer systems.