Exhibitor List
| Company | TAIYUAN ZECHENG INFORMATION TECHNOLOGY CO.,LTD |
| Country | China |
| Products | Professional platform and industrial park Information technology |
| Hall | E1 |
| Booth | L50 |
| Website | www.tyzcxx.cn |
| Introduction | Taiyuan Zecheng Information Co., Ltd. was registered and established in Shanxi comprehensive reform demonstration zone in 2016, focusing on smart environmental protection solutions, and has been recognized as a national high-tech enterprise for two consecutive times. The company's existing solutions and services include: atmospheric environment prediction and early warning system, water environment simulation system, on-line monitoring and control system of pollution sources, and enterprise energy consumption monitoring and management system. |
Products
| Air quality forecast and early warning system The mainstream numerical prediction models (CMAQ, CAMX, wrf-chem, etc.) and statistical prediction models (neural network, multiple linear regression, random forest) at home and abroad are used to predict the future change trend of air quality in the region. The prediction indicators include AQI, primary pollutants and conventional six parameters, which can realize urban prediction and station prediction, and the time resolution can reach the hourly level, so that environmental management can achieve early warning and timely response, Provide scientific decision-making basis for emergency plan for heavily polluted weather and air quality assurance scheme. |
 |
| Atmospheric Superstation Data Analysis System Based on the instrument monitoring data of the atmospheric environment super monitoring station, and integrating the multi-source data such as conventional monitoring, meteorology and remote sensing and the multi-dimensional environment model algorithm of atmospheric composite pollution, it can provide professional analysis and visualization tools for particle composition analysis, photochemical pollution analysis and pollution transmission analysis, maximize the value utilization of the super station data, effectively support the analysis of pollution characteristics and causes, and provide reference for environmental management decision-making Provide important support for governance effectiveness evaluation and scientific research. |
 |
| Intelligent ecological big data analysis system The enterprise power consumption monitoring and management system adopts wireless networking communication technology to collect the power consumption data of enterprise pollution production facilities and pollution control facilities, and transmit it to the monitoring platform of the regulatory department through the Internet of things technology. Monitor the operation status of production facilities and pollution control facilities of the enterprise in real time, alarm the abnormal shutdown or non operation of pollution control facilities, calculate the production load of the enterprise in real time by the load analysis engine, and analyze the implementation of production restriction, shutdown and staggered peak production of the enterprise, so as to provide basis for law enforcement and improve the strength and efficiency of management and control. |
 |
| Intelligent ecological big data analysis system The Environmental Protection Bureau's "sky, air and earth" atmospheric monitoring data and meteorological, topographic and pollution source data are quickly collected, comprehensively integrated, over standard alarm, intelligent analysis, in-depth mining, multi-dimensional display and on-demand contribution to form an integrated perception system, give full play to the value of data resources, provide support for management decision-making, provide basis for decision-making, and further improve the scientific level of decision-making and management. |
 |
| Environmental grid-based supervision system The information system is used to support the division, management and maintenance of the three-level grid of districts, counties (cities), towns (streets) and grid members, and the management means are realized: determine the area, personnel, responsibility, task and assessment, implement the supervision responsibility to the unit and post, and realize the supervision "horizontally to the edge, vertically to the end and without dead corner". The management process realizes the closed-loop processing process of "discovery, reporting / distribution, processing, feedback, archiving and assessment", promotes the downward shift of the focus of supervision and the sinking of strength, finds environmental problems in time and solves environmental problems in the front line. |
 |
| Atmospheric pollution reduction assessment system Based on the list of local pollution sources, combined with topography and meteorology, and using the third generation numerical model (camx-osat + PSAT), the system dynamically customizes the heavy pollution emergency measures library according to the pollution form, dynamically evaluates the emission reduction effect of heavy pollution measures, screens the optimal control scheme, and tracks and evaluates the implementation effect. The heavy pollution emergency management and decision evaluation system has seven main functional modules: task management, scenario management, setting emission reduction measures, pollution emission reduction analysis, emission reduction effect evaluation, emission reduction analysis report and emergency plan management. It covers the whole business process from heavy pollution early warning, plan formulation and adjustment to quantitative evaluation of plan control effect, and provides decision support for fine air control. |
 |
| Intelligent ecological big data analysis system The pollution traceability analysis system establishes the multi-dimensional source analysis technology system of atmospheric particulate matter. Using the third-generation numerical model CAMX / camQ / wrf-chem, coupled with small-scale Gaussian diffusion model ADMS / CALPUFF, Lagrange diffusion model and hysplit air mass trajectory model, the multi-dimensional simultaneous analysis of atmospheric pollution source is realized to ensure the scientificity and accuracy of model source analysis. Through the detailed and quantitative analysis of regional contribution, industrial contribution and contribution of key enterprises through the pollution traceability system, we can visually view the pollutant diffusion range, affected areas and pollution diffusion trajectory, identify key areas and key enterprises, and provide reference and suggestions for scientific pollution control, the management department to establish emergency plans and response mechanisms under extreme pollution weather conditions and take control measures in time, Provide technical support for joint prevention and control of polluted weather and regional air pollution. |
 |
| Water Environment Forecasting and Simulation System The water environment prediction and simulation system integrates the monitoring data of each section of the Environmental Protection Bureau, the data of sewage discharge into the estuary and the on-line monitoring data of pollution source water quality, so as to realize the centralized display of data, over standard alarm, multi-dimensional analysis, report generation, etc. At the same time, a river lake water quality model within the basin is established to analyze the monitoring points, river sections, basins and regions, and analyze the temporal and spatial changes of pollutant migration and diffusion in various water bodies under different pollution situations, so as to provide support for water pollution prevention and control decisions. |
 |
| Enterprise unorganized emission management and control integrated system The integrated system of enterprise unorganized emission control and governance effectively uses advanced technologies such as online monitoring, Internet of things, visual AI and big data to accurately control enterprise pollution. It realizes the functions of three-dimensional GIS display of enterprise pollution emission, organized emission supervision, unorganized emission supervision, clean transportation supervision, pollution list management, automatic control of treatment facilities, monitoring data analysis and alarm, data analysis and decision-making and equipment management, promotes the whole process and systematic environmental governance of industrial enterprises, improves the level of fine environmental management, and improves the quality and efficiency of enterprise development. |
 |
| Atmospheric pollution prevention and control consulting services The consulting service for air pollution prevention and control is to conduct fine monitoring, accurate analysis and scientific research and judgment on regional air pollution by combining the mode of "mechanical defense, technical defense and civil defense" and using the technical method of "monitoring equipment + software analysis platform + expert presence". Through monitoring equipment, such as lidar, grid monitoring, VOC navigation and remote sensing monitoring, accurate air, space and earth integrated monitoring services are realized to accurately locate pollution sources and accurately analyze pollution transmission, pollution components and pollution distribution; Using the big data analysis platform of atmospheric environment, the monitoring data of "empty space" are fully integrated to realize over standard alarm, intelligent analysis, deep excavation, multi-dimensional display and sharing on demand, so as to form an integrated perception system. At the same time, the most advanced numerical model, machine learning, big data and other technologies are used to realize air quality prediction, air pollution source analysis, pollution emission reduction assessment, environmental quality compliance analysis, etc., so as to give full play to the value of data resources. Through the on-site service of expert personnel, we can provide technical support in pollution process, characteristics, sources and early warning, assist in improving the government working mechanism of air pollution prevention and control, formulate prevention and control planning, clarify the regional pollution process, pollution characteristics and sources, do a good job in current situation assessment and provide decision-making basis. |
 |
| Toxic and harmful gas diffusion and evaluation system Toxic and harmful gas diffusion and assessment is a software system integrating regional meteorological data, small and medium-sized toxic and harmful gas migration simulation and consequence assessment. The system can quickly predict and evaluate the consequences caused by toxic and harmful gases released or likely to be released into the environment in the event of an accident, and can quickly and accurately respond to the accident. It can be used for wind field prediction and diagnosis under complex terrain conditions and diffusion evaluation for uniform or uneven release of multiple accident source terms, predict the trajectory and diffusion of toxic and harmful gases under accident conditions, and calculate the concentration, The results of the two-dimensional action plan and the three-dimensional action plan are visualized, which can provide the decision-makers and the decision-makers with the results of the three-dimensional action plan. |
 |
| Energy consumption monitoring management and diagnosis analysis system The energy consumption monitoring, management, diagnosis and analysis system adopts advanced technologies such as Internet of things, cloud computing, fine measurement and digital sensing. It can collect various energy consumption data such as water, electricity, oil and gas in real time, comprehensively and accurately, dynamically analyze the energy consumption status, assist in formulating and continuously optimizing the energy saving scheme, intelligently control the best operation state of energy consuming equipment, and calculate the energy saving in real time and accurately. It has the functions of on-line measurement, monitoring, analysis, control Management and other functions provide scientific and effective real-time control means for energy users to implement quota control, formulate energy-saving measures, improve energy-saving efficiency and verify energy-saving benefits. It is an indispensable guarantee for fine, intelligent and modern energy-saving and emission reduction management. |
 |
| Pollution source dynamic control system The intelligent data acquisition and transmission instrument is used for data calculation to realize the "simultaneous" monitoring of the monitoring data, working parameters and operation status of the automatic monitoring equipment, as well as the real-time acquisition, storage and field display of access control, video, analysis instrument data marking and other information. At the same time, with the help of automatic pollution source monitoring station building access control system and automatic pollution source monitoring video monitoring system, standardize the behavior of operation and maintenance personnel and enterprise environmental protection management personnel, and finally ensure the true, safe and reliable transmission of online data, lay the foundation for sewage charging, and better provide the basis for environmental management and decision-making. |
 |
| Smart factory solution based on digital twin The smart factory system based on digital twin can realize the data access of major hazard source monitoring, pollution source online monitoring, energy consumption monitoring, video monitoring and production data, and realize the functions of monitoring and early warning, information sharing, safety information service and push, auxiliary decision-making and summary evaluation, so as to form a smart factory with comprehensive management, unified coordination, sensitive response, orderly coordination and efficient operation. The digital twin three-dimensional visualization technology is used to reflect the equipment operation status to the online virtual visualization for judgment, analysis, optimization and management, so as to make the huge data and difficult operation more convenient and visual easier to understand, break through the limitations of time and space, and present a network information online interactive data management system, so as to save costs and improve the work ability and efficiency of managers. |
 |
