Vignan Institute of Technology and Science > Blog > Top 10 Process Engineering and Design Trends for 2023
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As a student of top engineering colleges in Hyderabad, you must be aware of the latest process engineering and design trends. It will help you plan your college projects accordingly or choose a career related to these upcoming technology trends. So, let’s look at the top 10 process engineering and design trends of 2023 that students of engineering college near me must know.

1. Modular Skid Packages Are Evolving

Modular skid packages are an exceptional concept that is portable and simple to incorporate into any industrial plant. Because they can save a fourth of the cost of typical systems, modular skid packages are expected to continue to be popular in 2023 and beyond.

2. Building Information Modelling

This ingenious technology is ideal for the process engineering and design business, and it makes plant engineers’ and construction professionals’ tasks much easier. Building design, as well as building demolition, requires BIM. It is also useful for project visualisation, and it will be a popular trend in 2023.

3. Artificial Intelligence

From ubiquitous voice assistants to language translation to tools that allow us to extract structured data from pictures, whiteboard scribbles, and hand-written notes, AI has invaded the tools we use to carry out everyday work.

4. Datafication, Virtualization and Digitization

A lot of us witnessed the virtualization of our workplaces in 2020 and 2021, as remote working arrangements were quickly implemented. However, it was only a short-term spike in a longer-term trend. We will become more familiar with the concept of a “metaverse” in 2022, which refers to permanent digital realms alongside the physical world we inhabit.

5. Automation Technology

Process automation is a valuable addition to any process engineering plant, and technologies are increasingly being employed to achieve it. Computer technology and software engineering are just two instruments that will become more popular in 2023.

6. Process Simulation Tools

Plant engineers may anticipate seeing an increase in process simulation tools alongside automation technology. These tools can be used to mimic circumstances or scenarios involving critical refinery equipment. While a result, linear planning tools may take a back seat as simulation tools gain traction.

7. Use of Proactive Maintenance

It is critical to be aware of an asset’s weaknesses ahead of time, which is why proactive maintenance is predicted to increase. As a process plant engineer, machine learning capabilities are likely to aid preventative maintenance by making it easier for you to spot where the asset’s vulnerability is located in real-time.

8. Sustainable Energy Solutions

As per International Energy Agency (IEA), 40 % more renewable energy was generated and consumed in 2020 than in the previous year, and this trend will continue through 2023. As a result, it is likely that more money will be invested in generating energy from renewable resources in the coming years. Students of engineering colleges can work on a project related to sustainable energy solutions.

9. Transparency and Governance AI

The idea of transparent and explainable AI has grabbed a lot of attention in recent years as it has become evident that certain portions of society distrust it — and rightly so! The existence of the EU’s planned Artificial Intelligence Act demonstrates that governments, too, see the necessity for a legal framework for its implementation.

10. Digital Process Engineering Plants

The switch to digital will have a favourable influence on process plants. Asset management systems and wireless networks will be deployed, improving process management efficiency.

Conclusion

As we evolve, new process engineering and design trends will emerge every year, and students of top engineering colleges in Hyderabad must study them along with regular academics. Innovations start at college, and by the time you graduate, you must have a dream of bringing improvements and creating new technologies for the benefit of humankind.

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