Skid Packages Detail Engineering 

Overview: Skid packages are pre-assembled, self-contained systems designed to integrate all essential components such as piping, valves, instruments, and electrical systems into a compact unit. At Global Energy Engineering Services, we offer comprehensive detail engineering services for skid packages, delivering solutions for industries such as oil & gas, chemical, water treatment, Hydrogen Plant, Green Energy and Clean Energy.

Our Skid Package Engineering Services Include:

  1. Design & Layout:

We create detailed 3D models and layouts of skid packages using advanced software tools such as AutoCAD, CADWorx, and Plant 3D. These tools allow us to design systems that are optimized for space utilization, accessibility, and operational efficiency while adhering to international codes and client specifications.

  1. Piping Design:

Our team uses CADWorx and Plant 3D to design and model intricate piping systems. These tools help us select materials, route pipes efficiently, design supports, and integrate them with other mechanical components. We ensure that piping systems are robust, leak-free, and optimized for the intended flow and pressure conditions.

  1. Structural Design:

We utilize STAAD Pro for skid structural analysis, ensuring that all structural elements meet load-bearing, seismic, and vibration considerations. STAAD Pro helps us design, analyze, and optimize structures to provide reliable support for the skid system.

  1. Equipment Integration:

Our engineers integrate all necessary equipment, including pumps, compressors, heat exchangers, and vessels, into the skid package. We ensure seamless integration for maximum operational performance and efficiency, all while maintaining a streamlined design that meets the specific requirements of each project.

  1. Electrical & Instrumentation Engineering:

We use AutoCAD Electrical and Plant 3D for the design of electrical systems, junction boxes, control panels, PLCs, and instrumentation. Our electrical systems are safe, reliable, and optimized for energy efficiency. We ensure compliance with industry standards, focusing on performance and system reliability to meet both client and regulatory requirements.

  1. Tank/Vessel Design & Analysis:

For tank and vessel design analysis, we utilize PV Elite, Tank, and Good Engineering Practice (GEP). These powerful tools allow us to perform detailed design and analysis for pressure vessels and storage tanks, ensuring that all designs meet industry codes, client-specific requirements, and safety standards.

  1. Piping Stress Analysis:

We perform CEASER-II piping stress analysis to ensure the piping systems are stress-free under operational conditions. This analysis accounts for factors such as thermal expansion, pressure, and pipe support design to ensure the integrity and safety of the piping system.

  1. Documentation & Certification:

We provide comprehensive documentation, including piping and instrumentation diagrams (P&ID), isometric drawings, bill of materials (BOM), and electrical schematics. All designs are backed by necessary certifications and meet regulatory standards.

  1. Quality Assurance:

Before delivering any fabrication drawings to the client’s fabrication shop, our engineers ensure that all final drawings are 100% error-free and fully checked. We follow a strict zero-error policy, working with dedication and commitment to ensure that each design meets the highest quality standards. Our focus on quality and attention to detail ensures that all drawings are accurate, reliable, and free from mistakes, reducing the risk of issues during fabrication and installation.

  1. Project Management:

Our project management team ensures that all stages of the project, from design through to installation, are completed on time and within budget. We maintain transparent communication with clients throughout the project lifecycle to guarantee successful completion.