If you are working in a chemical laboratory, and wondering how to attain Chemistry 4.0 standards then LIMS software should be considered. Chemistry is evolving towards automation and digital technology, just like the metal casting and foundry industry. The chemical application field is much larger than the metallurgy one and centers on upcoming needs that must be explained.
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The global chemical industry employs over 20 million people, according to finance experts, has an annual sale of $ 5 trillion, and serves as the backbone of numerous other industries, for example, construction, agriculture, automotive, and pharmaceuticals.
So, the changes in the chemical industry will have a large influence on a number of other industries. As it is responsible for chemical composition, the chemical industry contributes to almost every manufactured product.
It is thought that the chemical industry will have to adopt many changes based on the assumption that Industry 4.0 involves the digitalization and automation of smart manufacturing processes.
Industry 4.0 is also known as the Fourth Industrial Revolution, and according to the manufacturing fields, involves many innovations like artificial intelligence (AI), Machine-to-Machine (M2M) communication, Industrial Internet of Things (IIoT), and cloud and cognitive computing.
Quality 4.0 is another key concept of Industry 4.0, which is supposed to optimize processes, enhance productivity, decrease costs, and reduce risk. These strategic objectives possess a predictive asset management function, in addition to process control and production simulation. Pointing on decreasing risks is also an upgrade to improve quality and safety. Such a consideration plays a key-role in chemistry due to the increasing needs of this industry.
Choosing a New Technology for your Chemistry 4.0
However, there is not a single Industry 4.0 product or solution. Manufacturers must choose between different choices of new technologies which can help them compete with other companies. LIMS software is one of these solutions. [FP]-LIMS, developed by the German company Fink & Partner GmbH will be taken into account as an example of a LIMS solution.
LIMS is one of the most used software solutions in laboratories nowadays and means a Laboratory Information Management System. It is known for its reliability and flexibility, this laboratory software takes care of sample collection and management, analysis, and storage plus laboratory workflows management and statistical evaluation.
For the chemical industry, the ability to heighten recruitment is vital. The manufacturers working in chemicals face pressing requirements to gather real-time data to maximize efficiency, more urgently than other manufacturers. So, based on a service-oriented business model, this optimizes the production processes and the customer experience.
In the chemical industry productivity is based on process control, predictive asset management, and production simulations. Advanced IIoT-technologies, for example [FP]-LIMS, are able to help support companies to optimize their maintenance spends and efficiency via predictive or digital maintenance. Therefore, laboratory data can be collected, analyzed, and archived continuously from measurement instruments.
In this instance, the laboratory equipment has to be supported by LIMS as it can gather and manage samples and connect the measurement instruments with each other – even if they were produced by different manufacturers – and store the gathered data into [FP]-LIMS.
In addition, [FP]-LIMS supports communication with upper-level systems like ERP and SAP S/4HANA®. The software sends the disposal order to ERP according to predefined rules. Lastly, clients and laboratory technicians can access the stored data any time it is required.
To summarize, [FP]-LIMS is a reliable and cost-effective solution to improve chemical laboratories and to move towards Chemistry 4.0. It can optimize all the processes for manufacturing from the next-generation business.
This information has been sourced, reviewed, and adapted from materials provided by Fink & Partner GmbH.
For more information on this source, please visit Fink & Partner GmbH.