The current American administration has introduced unprecedented tariffs, and there is more in process, shaking international deliveries of materials and supply chains. This change in the world order will deeply affect EPC companies (engineering, acquisitions and construction, according to their acronym), given their natural dependence on global components.
The challenges faced by EPCs are innumerable, urgent and increasingly complex. For example, fragmented execution of projects usually generates inefficiencies and expensive reworking, while volatility in supply chains can hinder the acquisition of materials and extend the projects of the project. In addition, workers’ shortage puts tension in knowledge retention and endangers the continuity of the project.
The sector is also full of obsolete and inherited technology, which can significantly harm collaboration and hinder effective decision making. In addition, isolated systems hinder connectivity, visibility and transparency, essential elements of high productivity solutions based on AI.
The good news is that the adoption of technology can significantly mitigate the obstacles of EPC. According to McKinsey, the implementation of digital tools can increase productivity between 14 % and 15 %, while reducing costs between 4 % and 6 %.
Resilience and agility. Digital transformation can address EPC rooted challenges, allowing companies to develop crucial resilience and agility. First, cloud -based technologies are transforming the way engineering teams collaborate. By unifying engineering processes and allowing collective project execution, companies can demolish geographical and organizational barriers. This radical collaboration accelerates decision making and optimizes workflows, guaranteeing that project equipment is more receptive and better prepared to manage complex tasks.
In addition, IA -based tools improve engineering precision, reducing the risk of reaction and minimizing unforeseen costs. When optimizing routine processes and offering information based on data, these technologies promote efficiency and release valuable human resources for more strategic tasks.
Collaborative profits. With an integrated engineering workflow, EPC companies can create a digital twin of their projects that cover the design, engineering and delivery stages. Digital twins are real -time virtual representations of physical assets, processes or environments that resemble and behave as their counterparts of the real world. They allow EPC companies to simulate, predict and optimize project performance.
The power of a digital twin is clearly reflected in its demonstrable cost savings. For example, McKinsey projects that the implementation of digital twins can generate reductions in operating expenses of up to 20 %.
After the delivery of the project, digital twins can also offer important benefits to EPC customers during the operations and maintenance phase (O & M). Digital twins guarantee that end users not only receive a static asset, but a living and evolving digital model that promotes long -term performance, a lower total cost and a greater useful life of assets.
Therefore, customers of EPC companies request more and more to provide a digital twin to achieve more fluid delivery and optimized operations: a beneficial scenario for all interested parties.
Prosperity and uncertainty. The EPC companies with a vision of the future that adopt digitalization will provide their teams with essential agility and flexibility to prosper in volatile conditions. In this way, they will be able to convert operational challenges into strategic opportunities taking advantage of cloud -based collaboration, automation based on AI and digital twins.
*Greg Pada is Aveva engineering business head
By Greg Pada
