Skid systems, also known as modular process skids, are self-contained process systems that are built within a frame for easier transportation and installation. Versatile and efficient, skid systems offer a range of benefits for industrial projects. They can shorten timelines, improve fabrication quality, increase savings, and allow for easy scalability depending on production needs.
These advantages have allowed skid systems to be used across various industries, from construction to processing, and they are deemed more efficient than traditional methods. However, it is crucial to understand how to select the appropriate skid system for your project. When choosing the right skids for your upcoming projects, consider the following factors:
Scope and Compliance
Before beginning any industrial project, the skid system to be used must meet compliance with industry standards and regulations. Ensure that it meets safety and operational requirements when used. To begin, start by clarifying the purpose of the skid system, the fluids that it will be transferring, and the critical level of the process cycle.
Materials and Components
Another important factor to consider is the materials used in the components of your skid system. These materials should be durable and resistant to the chemicals and critical fluids that will flow through the transfer system.
Ideal materials would be stainless steel, carbon steel, or plastics such as polypropylene or polyethylene. In ensuring that your skid system is composed of the correct materials, the components, such as the pumps, the controls, the pressure vacuum vent valve, and wiring, will be able to withstand the demands of meeting project needs.
Location and Structural Requirements
It is also important to consider the environment of the facility where the skid system will be installed. Skid systems are composed of several equipment and components, and they must be mounted or installed in a safe and secure area.
This ensures that there will be stability during the operation. Moreover, it is important to consider power availability for the system, as well as possible hazards to be addressed in the working area.
Compatibility and Performance
In addition to the composition and location of the skid system, it is also important to consider its compatibility and performance in the overall workflow. It is crucial to consider materials and components that are not only durable but also compatible with the chemicals and critical fluids to be processed.
Additionally, consider defining performance specifications for corrosion, pressure rating, and flow requirements in order to ensure efficient and safe operations.
Control System Integration
Last but certainly not least, it is vital to ensure that the skid system contains a reliable control system. It is important to select the appropriate sensors, such as temperature and pressure sensors, for accurate monitoring of the system.
Additionally, the control system should incorporate robust mechanisms that regulate the operation of pumps, valves, and other components. This ensures that the overall skid system operates precisely and safely.
Conclusion
Innovations such as skid systems have brought many industries a new edge in terms of efficiency, safety, and productivity. It is important to consider factors such as industrial standards, materials in components, processing performance, and operational safety – all of which can be found in Treloar’s skid systems.
Treloar is an Australian-based company that engineers and supplies high-quality products and systems used in the safe and efficient loading, transfer, and handling of critical fluids. Led by a team of industry experts, Treloar is committed to providing dependable products and safe solutions. Visit their website here to learn more about their services.
