Unity of tasks, principles, and processes
These trends demonstrate how diverse and interconnected modern technologies are, and how solutions developed in one field can often be effectively adapted to another
Economic Efficiency
Optimization of resources, costs, and energy consumption while maintaining quality and productivity
Reliability and Safety
Failure prediction, risk management, personnel protection, increasing production resilience
Extreme Conditions
Increasing application of conditions uncommon in natural environments:
extremely high or low temperatures, high pressures, vacuum, strong electromagnetic fields, impulse and nuclear technologies.
Environmental Sustainability
Reducing waste and emissions, “green” technologies.
Zero-Waste Production
Creating closed manufacturing cycles that fully recycle all intermediate products.
Automation of Production
Transition to “smart” manufacturing systems based on the integration of digital and automated solutions
(CAD, process control systems, industrial IoT, digital twins).
Digital Intelligence
Using AI (artificial intelligence) and machine learning
(predictive analytics, equipment management, quality control)
Process engineers in all fields, regardless of industry, essentially carry out a single universal task: designing the process of transforming raw materials into finished products. They all rely on common principles of rationality and efficiency, and at the core of every production process lie the same physical, chemical, and mechanical processes.
This shared approach offers opportunities for professional learning and knowledge exchange across industries.
In their presentations, speakers may share new products, equipment, technologies, and innovative solutions in their industry, and discuss key trends in process engineering.
Suggested Topics for Speakers:
Concept of the Conference