Congratulations on the completion of the R&D center of Wuhan SY Blue Sky Environmental Technology Engineering Co., Ltd.!

1. Introduction to the R&D center

The R&D center of Wuhan SY Blue Sky Environmental Technology Engineering Co., Ltd. is the first batch of enterprise R&D centers recorded in Wuhan in 2022, and after more than a year of construction, it has been completed and accepted in 2024It was officially put into use in May.

The R&D center is aimed at industrial air pollution control and engineering applications, and carries out applied research on the technical status and key technologies to be solved in the treatment of pollutants such as industrial smoke, SOx, and NOx, mainly in particulate matter emission control technology and SOx emission control technology NOx emission control technology is carried out as three research directions to carry out experimental research to improve the technical level and engineering technology execution ability of enterprises.

In view of the gap in the industry, the R&D center has built a smart flue gas operation and maintenance platform, making full use of CFD digital simulation technology, based on digital operation monitoring platform, online monitoring and monitoring system, operation system, and remote maintenance system integrating Internet of Things technology, cloud data technology, 3S technology, multi-network integration and other technical solutions. Collect system operation information and build a comprehensive, multi-level and full-coverage flue gas treatment operation and maintenance network platform.

 

 

 

2. Introduction to R&D platform

2.1 Multi-functional experimental device for desulfurization, denitrification and dust removal

The multi-functional experimental device for desulfurization, denitrification and dust removal consists of SDS dry desulfurization system, SCR denitrification system, bag dust removal system, flue and fan, and electronic control equipmentThe whole experimental device is functionally perfect, which can not only carry out the experimental research on the collaborative removal of multiple pollutants in desulfurization, denitrification and dust removal, but also carry out the experimental research of one or two pollutants due to the flexible layout of the experimental device.

 

 

2.2 Spray gun atomization experimental device

The spray gun atomization experimental device is composed of a high-pressure water pump, a water tank, a water supply system, an air supply system, a spray gun and an electronic control system, which can carry out various spray gun atomization experiments. Under different water and air pressure and flow conditions, the technical parameters of the best atomization effect were obtained through the experimental study of the size, uniformity of distribution and atomization range of atomization particles in the atomization system.

 

 

2.3 Bag filter airflow uniform distribution model experimental device

The bag-type dust collector airflow uniform distribution model experimental device is mainly composed of inlet smoke box, dust collector shell, outlet pipeline, ash hopper, fan and test system. The model is made to a certain scale with the actual product. In the test, different test conditions are realized by replacing the form of the imported smoke box, and the airflow distribution plate and the shell are bolted, so as to facilitate the arrangement of different airflow distribution plates for different forms of imported smoke boxes. A simulated filter bag is installed in the device, and the simulated filter bag is made according to the scale of the real thing, so as to meet the relevant states and parameters under the physical conditions as much as possible, so as to achieve the test data that is closest to the actual situation.

 

 

2.4 CFD airflow homogeneous fluid digital simulation experimental platform

The fluid digital simulation platform is equipped with a powerful and reliable workstation with Dell Precision Tower and is reserved for expansionIt can realize efficient and fast calculation of fluid simulation, and can undertake the optimization of the flow field of dust removal, desulfurization, denitrification and other engineering projectsDesign tasks.

 

 

 

3. Introduction to the smart flue gas operation and maintenance platform

The smart flue gas operation and maintenance platform is based on the enterprise flue gas treatment automation information system, integrates all data resources, communication resources, network resources and system resources of flue gas treatment, and centrally establishes flue gas treatment informationAn information sharing service platform that serves in one.

Through the smart flue gas O&M platform, you can achieve: 

Intelligent monitoring and control: Advanced sensor technology and artificial intelligence algorithms are used to realize real-time monitoring and intelligent control of flue gas emissions, and automatically adjust the operating parameters of flue gas treatment equipment to achieve the best environmental protection effect and energy efficiency.          

Data-driven decision support: Using big data and data analysis technology, in-depth analysis of monitoring data is used to achieve predictive maintenance, anomaly detection and operation optimization, and provide scientific data support for decision-makers.

Remote monitoring and management platform: Establish a remote monitoring and management platform based on cloud computing and Internet of Things technology to realize remote real-time monitoring, fault diagnosis and maintenance management of the flue gas treatment system, and improve operational efficiency and management level.

Intelligent maintenance and service: Predictive maintenance and remote diagnosis technology are introduced to realize intelligent maintenance and service of equipment, reduce downtime and repair costs, and improve the reliability and stability of equipment.

Environmental supervision and compliance management: Establish a sound environmental supervision and compliance management system, realize online monitoring and reporting of pollutant emissions, ensure the environmental compliance of enterprises, and enhance the sense of social responsibility and image of enterprises.