
The chemical industry is an important economic pillar of my country. The output scale and growth rate of new chemical materials rank first in the world, but the self-sufficiency rate in some sub-sectors is insufficient. As the headquarters "think tank" of the central chemical enterprise, Sinochem International Science and Technology Innovation Center shoulders the important mission of "filling in the gaps" and "filling in the gaps" to create an innovation engine for chemical technology. At the same time, more and more innovative research and development have great functional requirements for petrochemical laboratories. The main task of oil plants is analysis and testing. Analysis and testing is one of the more important links in the production process. It can not only analyze the raw materials and auxiliary materials and the products shipped, but also timely analyze and measure the materials in the production process to ensure a stable production process.

However, with the increasing number of laboratory analytical instruments and test samples, coupled with the need for laboratory certification and accreditation, the complexity and difficulty of laboratory management are increasing day by day. The traditional laboratory management model based on manual and paper is no longer suitable, exposing many problems:
Huge amounts of test data rely on manual filling, statistics, calculations and report preparation, which is costly, inefficient and prone to errors;
Experimental data are scattered in different files/systems, which are easy to lose, difficult to accumulate and reuse, and manual transmission cannot guarantee the authenticity and timeliness of the data;
It is difficult to record, track and control the entire flow and processing of samples, and it is difficult to trace when quality problems occur;
Management work based on people, machines, materials, methods, and the environment is time-consuming and lacks effective control. For example, manual records of instrument and equipment inspection and maintenance cycles often lead to omissions or overdue inspections, and the whereabouts of instruments are unknown.
There are many types of laboratory report formats, and report templates need to be adjusted frequently and manually, which is inefficient...The digital transformation and upgrading of traditional laboratories is an inevitable trend.

In order to improve the laboratory safety management level of chemical enterprises and strengthen the applicable technologies for emergency response, Nofil's construction of smart laboratory management system for the chemical industry has been highly recognized by customers. Through automated laboratory scientific research equipment and standardized laboratory processes, it has achieved the effects of optimizing efficiency, reducing costs and controlling quality.
Nofeier designs and builds an information integration management platform around the six major technical platforms of Sinochem Science and Technology Innovation Center, namely industrial catalysis, advanced materials, special nylon, high-end composite materials, engineering center and analysis and testing center, which efficiently integrates the cross-organization/departmental authority collaboration and overall supervision of "personnel management, environment, sample library, report, operation", and realizes the comprehensive information management of people/materials/machines/methods/environment. It helps Sinochem Science and Technology Innovation Center to implement unified intelligent management of its plant laboratories. While realizing the efficient online work of the entire laboratory process, it integrates data information on laboratory equipment, test method standards, quality management, personnel authorization management, operation and maintenance self-inspection, equipment online monitoring, gas leakage monitoring, etc., and thus realizes the purpose of comprehensive analysis and management of all-round digital information in the laboratory. It ensures the accuracy and integrity of information, visual real-time query and traceability, and efficient and convenient paperless operation of the laboratory. It not only greatly improves work efficiency and reduces laboratory costs, but also improves customer experience and service quality.
By adopting Nofil's smart laboratory management system, the following construction goals are achieved:
Establish strict and secure procedures for the laboratory's workflow, such as reporting process and sample circulation, to streamline business operations. You can also set electronic signatures for each process and track it in real time.
It can integrate all kinds of resources needed by the laboratory (such as instruments, equipment, personnel, etc.), reasonably allocate and supervise them, improve the efficiency of resource utilization, and minimize the waste of resources.
Supports wider sharing and mining analysis of experimental data. Effective sharing of test data with other departments can be achieved to avoid duplicate testing.
Automation helps to perform tasks quickly, optimize laboratory processes, and shorten the cycle time for scientific research results.
Reduce costs. Intelligent operation and maintenance management allows equipment to automatically perform repetitive and time-consuming tasks, greatly saving labor costs.
Bringing together automation hardware and software technologies to automate sample tasks and improve accuracy.
The Nofeil Intelligent Laboratory Management System breaks the disadvantageous situation of each laboratory department establishing an "information island" by connecting dots, and establishes a scientific and effective laboratory sharing mechanism, providing a new management method for the business management of Sinochem Science and Technology Innovation Center. Through the application of new methods, the level of ubiquity, visualization, and intelligence in all aspects will be improved, and ultimately promote the green environmental protection and sustainable development of Sinochem.