Chemical Industry is a fundamental field that works with almost all industries and supplies raw material to them. Therefore, it is expected to adapt quickly, and even lead the innovations in all industries.
Following the industrialization of the world, the emergence of petrochemicals and globalization, we are in the Industry 4.0 era now with the leadership of digitalization. We call it Chemical 4.0 for the chemical industry.
Issues such as sustainability, products that are less harmful to nature, and reduction of energy and water consumption that come to the fore in the Chemical 4.0 period affected the production processes of companies greatly.
In addition to the development of environmental awareness all over the world, the biggest effect in Chemical 4.0 has been digitalization. Industrial Internet of Things (IoT) can be represented as the creation of smart factories in general. The fact that the machines communicate with each other makes a great contribution to risk management, especially. For example; machines can offer improvements by measuring their production efficiency. Thus, it can provide a pre-warning about possible breakdowns and prevent them.
Chemical 4.0 Implementations in Azuro
As Azuro, it is our priority to adapt rapidly to developing technology and put them into practice in our facilities. Thus, we both offer a faster service to our customers every time and offer a safe and practical working environment to our colleagues.In Azuro, a smart and connected factory, implementations within the scope of Chemical 4.0 are:
✓ We communicate with machines using industrial communication protocols and receive instant machine data. In addition, this data is backed up and monitored when needed.
✓ We have a system based on learning with data analysis tools. Thus, our machines run with less error every time.
✓ SCADA Screens: A process can be started automatically by giving operator commands in response to a desired request from these screens in the production area,
✓ All operations are reported and these reports help us to interpret many issues such as maintenance, production speed and wastages in consideration of production efficiency.
✓ Thanks to the sensors used, many answers can be reached instantly and many accidents can be prevented.