Automation/Optimization Technology - Plant

Plant

1. Design Automation Technology
When designing a plant, there are so many variables to consider. Therefore, the final result of the designing process always varies based on the skills and experience of the engineer. To resolve this issue, we have been enhancing design qualities and work efficiency through data-driven designing optimization and automation, ranging from the initial stage where the layout of the plant is set to the detail ed designing process using integrated 3D BIM.
- Optimized Location of Facilities
  
  We utilize Generative Design practices to create various optimized layout cases that meet 100% of all design variables. With this, we make it possible to review and apply a layout that is economical and stable.
  Intellectual property right: Patent Application 10-2022-0177116
- PARS (Piping Auto Routing System)
  
  The PARS technology creates a 3D model of piping automatically by searching for the optimal piping routes promptly based on the process designing information data to replace the traditional manual design process by engineers. With this, we can calculate an accurate material volume from the bidding stage and respond to design changes rapidly.
  Intellectual property right: Patent Application 10-2023-0140715 currently undisclosed (Takes 1.8 seconds per a Line modeling)
- Steam Tracing Design Automation
  
  Using the optimization algorithm, we optimized the design process, ranging from the composition of the piping tracer (the heat wires installed outside of the pipes) to designing manifolds (heat wire distributor). With this, it is now possible to calculate the tracing volume accurately and reduce the time taken to produce drawings dramatically.
  Intellectual property rights: Patent Application 10-2023-0037470 (Open), 10-2023-0057987, 10-2024-0078413 (Undisclosed)
- Automation of Facilities Modeling ( ST/RO-MAS )
  
  ST/RO-MAS is a technology that connects engineering calculation results with the big data from past projects to automatically create a model of facilities. This increases the accuracy of the BIM from the earlier stage of the project along with the efficiency of modeling.
- Integrated Civil Work Bill of Materials Management ( iCBM )
  
  We automated the whole process from the plant’s civil engineering calculation, 3D model generation, and automatic bill of materials calculation. With the design database, we calculate the optimal civil work volume.
  Intellectual property right: Application No. 10-2021-0138428
- Cable Auto Routing System (CARS)
  
  We switched from manual designing of electrical equipment and instruments to an automatic design process that is 3D-based. With this, we secure accuracy in the amount of cables we need to realize an optimal route while enhancing the efficiency of design work.
  Intellectual property right: Application No. 10-2021-0183683
- 3D Welding Joint Automation System
  
  The key elements of piping installations are indicated on the 3D model automatically. The system also supports batch generation of the Weld Map ISO Drawing (which indicates 3D information in 2D). This enhances the accuracy of piping installation volume and visibility of the installation environment, allowing us to review the efficiency of installation works in advance and making more efficient installation work management possible.
2. Advanced Work Package (AWP)
With the application of the AWP (Advanced Work Package), we manage our projects in a systematic manner, reducing the lead time and cutting costs to the maximum extent possible. Based on the Path of Construction (overall construction plan) set in the earlier stage of the project, we check the readiness of the drawings of the packages, divided by individual works, as well as the availability of materials, manpower, and equipment to guarantee on-time, on-budget completion of the project.
- The largest number of AWP application cases and processes in South Korea
  
  Connecting the AWP process of the international process (CII) with our project experience, we developed our own AWP process independently. Based on this customized process, we establish the construction plan (CWP) by considering construction works and commissioning. The job is divided into individua lly executable work packages (IWP) as we manage our projects meticulously.
  Project references : Nine project sites in and out of South Korea, including the Ulsan S-OIL SHAHEEN site
  
  Intellectual property right: Patent Application 10-2021-0183954
- Our independent AWP platform (LINC+)
  
  With the integrated data arrangement of the in-house system, we developed our unique platform to optimize our AWP performance. The current status of engineering (EWP), procurement (PWP), and construction work (IWP) is managed in an efficient manner. And we provide visualized 4D simulations connecting the BIM (3D models) and the schedule to ensure customer satisfaction.
  Project references : Nine project sites in and out of South Korea, including the Ulsan S-OIL SHAHEEN site
  
  Intellectual property right: : Patent Application 10-2024-0078376 and 10-2024-0078377 (both currently undisclosed)
3. Smart Factory
We provide the best smart factory services available in the market, leveraging our in-depth knowledge and experience with various solutions. Also, with our engineering capabilities and reliable solution partners that we gain ed over the years after many projects, we support our clients in building the optimal smart factory solution to suit their needs. Using advanced technologies, we identify and provide solutions to automate plants and optimize them to support our clients to enhance productivity in factories, save their costs, and enhance the quality from the construction phase.
- Digital Twin Technology
  
  With years of experience in Progressive Data Handover, systematic work processes, and data-driven work systems, we provide our clients with the best digital twin solution there is. We identify and provide essential solution s for the top management to make optimal decisions based on data while ensuring safety, efficient maintenance and operation. Also, we help our clients develop digital twins in a timely manner by guaranteeing accuracy in data handover from the EPC stage (Engineering, Procurement, and Construction).
  ※ Progressive Data Handover: A systematic process to deliver data in a stepwise manner for each phase of the project.

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