Revolutionizing EPCM with Emerging Technologies
EPCM is being revolutionized by new technologies such as BIM, AR, VR, and laser scanning, which improve project management and the construction industry’s efficiency, cooperation, and decision-making.
The incorporation of new technology is causing a revolutionary change in the field of Engineering, Procurement, and Construction Management (EPCM). Efficiency improvements aside, these developments are laying the groundwork for revolutionary changes in project management and execution.
Technologies in EPCM
Laser-Based Facility Scanning
Digitizing or upgrading outdated facility plans has been an expensive and time-consuming procedure. Nonetheless, things are drastically shifting due to the introduction of laser-based facility scanning. With laser scanners placed all over a factory, EPCM can swiftly produce precise 3D models of the facilities that are currently in operation. By using this strategy, handwritten surveys can be completed much more quickly and cheaply, resulting in more thoughtful and effective improvements.
Transitioning from 3D to 5D in Building Information Modelling
EPCM is approaching design, planning, and cooperation in a whole new way thanks to Building Information Modeling (BIM). It is now common practice to use 3D BIM for digital representation during the design and construction phases. The cost estimation model (5D) and the construction schedule (4D) are integrated into the 3D model as part of EPCM’s creative move towards 5D BIM. This integration streamlines the planning and budgeting procedures and offers a more precise, simplified, and effective approach to construction management—especially when paired with data from laser scanning.
Connecting and Improving Collaboration with VR
Technology related to virtual reality (VR) is becoming increasingly important in project conception and design stages. Design engineers may do virtual site inspections with VR thanks to the use of 3D laser scanning and cameras to record the assets’ as-built condition. This considerably lowers travel expenses and exposure risks, making it especially advantageous for projects in isolated or dangerous locations. Virtual reality (VR) also makes it easier for stakeholders and technical teams that are spread geographically to collaborate and stay informed at every stage of the project.
Envision the Future with Augmented Reality
The immersive experience that augmented reality (AR) provides has the potential to transform design reviews and on-site project management completely. Augmented Reality (AR) offers a unique visualization tool that improves decision-making and spots any design conflicts early on by superimposing 3D models onto existing facilities. Even while AR technology is now more expensive than it is beneficial, there is still a great deal of promise for use down the road as it becomes more affordable.
Use of Technologies in EPCM
There are a lot of opportunities to advance and use these technologies in EPCM. As an illustration, the as-built models produced by BIM and laser scanning might be extremely useful for client asset management and maintenance (6D). This lifetime BIM method may make it easier for knowledge to accumulate continuously and for information to flow seamlessly between various construction and operating phases.
By integrating operators and distributors into the value chain, data can be leveraged more efficiently, improving the overall operational efficiency of the value chain from project inception to decommissioning. In addition to offering considerable efficiency advantages, this all-encompassing strategy creates new opportunities for innovation and advancement.
Conclusion
Incorporating cutting-edge technologies like BIM, AR, VR, and laser-based facility scanning is radically changing the EPCM industry. With the help of these technologies, decision-making, collaboration, and process optimization are all improving, which is a big step toward more creative, economical, and successful project management. The future of construction and project management is brighter than ever, with unparalleled levels of precision, efficiency, and cooperation promised as EPCM continues to investigate and embrace these developments.