Mike Ming, a previous VP from Baker Hughes and Oklahoma’s energy secretary, explained that the energy sector must grapple with deep transformation today. Different sources of energy, financial downturns, and an emphasis on supplying clean and sustainable power pushed all organizations in the energy space to assess their processes, activities, and providers.
Mr. Ming drew a parallel between the current upheaval in the energy sector and the huge transition of horses to gas-powered cars in America. Disruption in an industry is daunting, yet it can also be an avenue for more ideal solutions.
For example, additive manufacturing has been a revolutionary element in the energy sector due to its ability to boost efficiency, lower expenses, and improve suppleness. Immensa provides energy corporations with access to an extraordinary group of additive manufacturing experts, engineers, and services to assist clients in confronting disruption and attaining transformative ambitions.
To maintain flexibility while decreasing expenses and producing pure energy, Immensa and other organizations have looked towards additive manufacturing solutions. In some cases termed as 3D printing, additive manufacturing includes different processes which trust in digital records to form components by providing material layers. With the aid of these digital plans, firms can source manufacture to areas distributed all over the place. At present, additive manufacturing improvements can use metal, plastics, composites, and even biological materials to create distinct parts whenever required.
Several advantages can be produced by uniting the expertise and resources of Immensa with the current technology. For example, a digital catalog of supplementary parts can take the place of concrete storage rooms. Businesses can request these parts printed from close-by locations, achieving quicker shipments and more precision in terms of time and money spent. Additionally, additive manufacturing can facilitate lead times for prototype testing, design, and fabrication of new components, contributing to financial savings and faster manufacturing timelines.