CHEMICAL ENGINEERING

The research and innovation with Pilot Plants for Chemical Engineering involve the creation and operation of small-scale facilities for the development and analysis of industrial processes related to filtration, centrifugal separation, reactors, evaporators, CO2 capture, solid-liquid extraction, and other aspects of chemical engineering. These plants, known as Pilot Plants for Chemical Engineering, play a fundamental role in evaluating the viability and efficiency of new processes and technologies before their implementation on a large scale in the industry.

These pilot plants allow for detailed studies and practical data collection on process performance under real conditions, thus promoting innovation in key areas such as chemical engineering and its various applications. Unlike simulators, Pilot Plants for Chemical Engineering provide precise and specific information about process behavior, facilitating informed decision-making and maximizing operational efficiency in this field.

Currently, there are simulators available for the study of chemical processes. However, simulators do not allow for predicting behaviors or obtaining data from new processes and optimizing them to the same extent. Therefore, having a Pilot Plant for Chemical Engineering dedicated to the study or work process brings many advantages in this area. This enables a more detailed and realistic analysis of processes, facilitating the acquisition of precise data that are essential for informed decision-making and continuous improvement of industrial processes related to chemical engineering.

The future of research and innovation with Pilot Plants for Chemical Engineering looks promising, as the demand for efficient and sustainable industrial solutions continues to grow. With the continuous development of new technologies and the integration of innovative approaches in chemical engineering, it is expected that Pilot Plants for Chemical Engineering will continue to play a crucial role in the research and development of industrial processes in the coming years.

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