Foreword

The form of international industry in today's world is undergoing drastic changes. With the arrival and rise of the fourth industrial Revolution, industrial digital transformation has gradually become a new support for industrial development.​​ At present, enterprises are accelerating digital transformation and promoting the development of industrial digitalization to a new stage.

Compared with traditional software, industrial App is an application software for industrial scenarios, which has the characteristics of lightweight, customization, specialization and flexibility. Users can analyze, model, develop and use industrial apps around industrial scenarios according to different product manufacturing needs. Then the knowledge, best practices and know-how of industrial products and related technical processes are encapsulated into application software, which is put into everyone's pocket, and users can optimize the allocation of specific resources by calling industrial apps. According to the data, industrial apps have been applied in multiple scenarios. Uptake, an industrial App for machine condition monitoring and failure warning, has been able to access more than 3 million projects and is now worth more than $2.3 billion.  

The development of industrial APP is based on industrial data, and the biggest characteristic of industrial data is massive and disorderly, “ Such a large amount of data has not played a real role in the hundreds of years of industrial development. The development of industrial apps takes the industrial Internet as an important carrier. Running on the industrial Internet platform, industrial apps generate big data, which can be refined, processed and summarized to form digital industrial knowledge until 2012. The United States General Electric Company (GE) proposed to integrate equipment, production lines, factories, suppliers, products and customers closely, and the value of industrial data gradually received attention. Industrial apps started late in China, 2017 has just gone through the embryonic stage, but in just three years, the total number of industrial apps in China has exploded to more than 300,000, and is expected to reach a million by 2025. By 2030, the industrial App development and application process will be disrupted by artificial intelligence technology, and industrial apps will be everywhere in the industry.

Importance of sulfuric acid industry APP

As mentioned above, the development of industrial apps has achieved remarkable results, but the production of sulfuric acid industry has not yet appeared industrial apps, which will lead to sulfuric acid production behind other industries. Traditional sulfuric acid production often relies on manual operation, which not only increases labor costs, but also may cause errors and instability in the production process due to human factors, so that it is impossible to accurately grasp the parameters of the production process, resulting in low production efficiency, serious energy waste, and may also pose a threat to production safety. Sulfuric acid is a corrosive and highly oxidizing substance, and if potential safety risks are not discovered in time during the production process, the probability of accidents may increase. Throughout the development trend of the digital age, the research and development of sulfuric acid industry APP is particularly important.

In order to realize the automation of sulfuric acid production, improve production efficiency, optimize process flow, ensure production safety and strengthen data management and analysis, our company has innovatively proposed a special software for sulfuric acid production industry. Digital sulfuric acid APP. The following is about the functions and development progress of the digital sulfuric acid APP:

Function description:

1. Real-time monitoring: The digital sulfuric acid APP can display key indicators such as equipment operating status, production schedule, and energy consumption through real-time data collection to help enterprises quickly respond to abnormal situations in the production process.

2. Data analysis: Digital Sulfuric Acid APP uses advanced data analysis tools to dig deeply into production data, provide production optimization suggestions for enterprises, and improve production efficiency.

3. Security: At the same time of data analysis, strict data encryption and access control mechanisms can be used to ensure the security of enterprise data.

4. Intuitive interface: Digital sulfuric acid APP uses a simple and clear UI operation interface to reduce user learning costs and improve use efficiency.

5. Predictive maintenance: The digital sulfuric acid APP predicts the maintenance cycle of the equipment based on the historical data and operating status of the equipment, reducing the failure rate of the equipment and extending the service life of the equipment.                      

Degree of progress:

1. Demand analysis: We have completed in-depth analysis and research on user needs, and clarified the functional modules and technical details of the APP.

2.UI design and interface optimization: As shown in Figure 1, our UI designer has designed a set of simple and easy-to-use interface design scheme according to the results of user research. At the same time, we are also continuously optimizing the user experience to ensure that users can feel comfortable and convenient during use.              

3. Functional development: At present, we have completed the development of multiple core functional modules of the APP, as shown in Figure 2. These functional modules cover all aspects of user needs and can meet the basic needs of users in daily use.  

4. Testing and debugging: At present, our R & D team has completed 80% of the total progress of the project, and is about to enter the system test and integration test phase. Through the strict testing process, we want to ensure the quality and stability of the digital sulfuric acid APP when we meet with you in September this year. At the same time, we will also timely repair the existing problems and defects according to the results of the test.

5. Version iteration: In the future, our R & D team will launch multiple versions of iterative updates according to user feedback and market changes. At the same time, more practical features will be added to improve the user experience.                                                

Conclusion

In the future, we will continue to focus on user needs and experience, and constantly improve the function and design of the APP. At the same time, we will also strengthen communication with users and make timely adjustments. In the follow-up research and development work, we will maintain a high degree of team spirit and innovation ability, strive to provide global sulfuric acid customers with standard automation and digital solutions and technical services, to help customers in the future digital economy era on the road to sustainable development and profit.