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The concept of Industry 4.0 (or fourth industrial revolution) corresponds to a new way of organizing the means of production, closely linked to the digital transformation that companies and manufacturers are currently carrying out.
The aim is to achieve greater adaptability to production processes, as well as a more efficient allocation of resources, thus paving the way for a new industrial revolution.
The technological basis on which this orientation is based is fundamentally the Internet of Things (IoT).
Within this general concept of data processing and Industry 4.0, such a crucial aspect of manufacturing processes as the Integrated Industrial Water Cycle could not be overlooked. In this regard, SITRA, as a leading company in this industrial sector, has been dedicated for some time to developing a management tool that allows us to fully optimize water installations in industry, which we have named WIM by SITRA.
WIM is a system that offers the possibility of controlling, acquiring and managing data from plants operated by SITRA through an online platform.
WIM allows you to have real-time data, offer fast and personalized solutions, stay up to date on the entire water treatment process of the company and interact with the facilities remotely from any internet-connected device.
Furthermore, WIM has a large number of advantages and applications in the Integrated Water Cycle, among which we can highlight the following:
• Generation of customized graphs and reports from all sensors
• Plant monitoring and data acquisition of all recorded changes
• Remote control and monitoring from any internet-connected device
• Anticipating potential problems with alarm and notification management
Furthermore, WIM is immediate, with real-time monitoring, accessible from any internet-connected device, and customizable according to the needs of the plant and the customer.
With the implementation of these and other technologies, SITRA adapts to new industrial demands and continues to be at the forefront of technology in all its activities in the integrated industrial water cycle.
