construction and infrastructure
Optimizing the time factor in civil construction projects
In construction projects, time is of the essence, both in new infrastructure and in the renovation of existing spaces.
Inspenet’s Industry pillar consolidates the technical and operational knowledge that underpins the most relevant sectors of modern engineering, highlighting how each segment contributes to the safe, efficient, and reliable functioning of operations. Through a global and specialized vision, this pillar integrates content on:
- Industrial processes
- Construction
- Manufacturing
- Petrochemicals
- Mining
- Welding
- Industrial technology
- Aeronautics
The purpose of this pillar is to provide engineers, technicians, managers, and students with informed information that supports decision-making in environments where integrity, safety, and efficiency determine asset performance.
Each category incorporates technical analysis, trends, innovations, regulations, and real-life cases that enable readers to understand complex phenomena, anticipate risks, and apply best practices in industrial projects. This editorial structure makes the Industry pillar a point of reference for those seeking a clear, up-to-date, and applicable perspective on the challenges and opportunities that define industrial sectors globally.
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construction and infrastructure
3D Printing in Construction: Shaping the Architecture of Tomorrow
3D printing is transforming construction, increasing efficiency, reducing waste and redefining architecture and engineering with new possibilities.
technology and innovation
Digital twins: Keys to understanding their technological impact
Application of computational models that replicate physical objects to optimize processes, predict failures, and improve real-time decisions.
aerospace and aeronautics
Use of satellites in the transition to new energies
Satellite technology in gas mapping makes it possible to identify specific emissions and propose reduction measures based on the data collected.
codes and standards
Impact of robotics on API RP 581 inspection methodology
The integration of robotics in the API RP 581 methodology improves safety, efficiency and accuracy in inspections, optimizing structural integrity assessment.
technology and innovation
Artificial intelligence: Solution to improve asset management
Asset integrity management (AIM) ensures that physical, industrial and energy assets are kept safe, operational and reliable.
technology and innovation
Influence of emerging tech of industrial operating environments
Overview of technologies enhancing security in industrial operating environments, covering threats, controls, and integration with operational workflows.
technology and innovation
Development of digital skills in professionals in the energy sector
Cybersecurity, IoT, and data analytics are essential skills for today's energy sector.
technology and innovation
Importance of data storage in industrial inspections
Digitization has revolutionized industrial inspections, making it possible to collect, store and analyze massive data to optimize asset management.
technology and innovation
Industrial automation and robotics in oil company construction
Application of automated systems and robotics to improve processes, safety and results in the oil industry.