quality Portable Syngas Analyzer & Process Gas Analyser factory

Gastech 2024 is a significant global conference and exhibition that focuses on the natural gas, LNG, hydrogen, low-carbon solutions, and climate technology sectors. Scheduled to take place from September 17 to 20, 2024, at the George R. Brown Convention Center in Houston, USA, this event is expected to draw a large international audience, including over 50,000 attendees and 800 exhibitors​ (World Exhibitions)​. Key Features of Gastech 2024: Exhibition Scope: The exhibition is known for its vast scale, featuring more than 800 exhibitors. It serves as a platform to showcase the latest innovations and technologies in the energy sector. Gastech 2024 will continue to highlight areas crucial for the industry's future, such as hydrogen energy and climate technologies, along with traditional focuses like natural gas and LNG. Conference Program: The conference part of Gastech offers a comprehensive lineup of discussions led by over 1,000 speakers, including CEOs, ministers, and other high-profile industry leaders. These sessions will cover strategic discussions on policy, business strategy, technology, and investment opportunities in the energy sector. Networking Opportunities: Gastech provides unique networking environments that bring together top-tier executives and decision-makers from the global energy community. This includes the Gastech Energy Club, a venue for high-level discussions among leaders in the sector​ (Gastech 2024 Exhibition & Conference)​. International Representation: The event is notable for its international reach, with 20 country pavilions facilitating cross-border partnerships and collaboration, which are critical for advancing global energy solutions and strategies​ (World Exhibitions)​. Additional Highlights: Gastech Hydrogen & Climatetech Zones: These specialized zones focus on the latest advancements in hydrogen as a sustainable energy source and climate technology solutions aimed at reducing environmental impact. High-Level Attendance: The event is attended by a mix of industry stakeholders, including policymakers, corporate leaders, and technical experts, making it a pivotal meeting place for shaping the future of the energy industry. Gastech 2024 promises to be a cornerstone event for those in the natural gas, LNG, and renewable energy sectors, providing insights into the latest industry trends and offering a premier platform for business development and technological advancement. For more details, you can visit their official website at Gastech 2024.

In 2023, with the increase in the pressure of economic and environmental protection inspections of pollutant dischargers, the online monitoring industry of pollution sources has experienced the involution of the whole industry and the whole link, and the relevant units of online monitoring that are deeply involved in the involution are persisting and waiting, hoping to survive this difficult moment and wait for the reshaping of the order of the industry. In the face of online monitoring of pollution sources in 2024, what should relevant units pay attention to? Online monitoring equipment innovation In 2023, the most direct feeling of many online monitoring equipment manufacturers is that equipment sales have plummeted, and price reduction and performance maintenance have become a chronic strategy, which is mainly due to the decrease in market demand, the increase in equipment brands, and the vicious competition of homogeneous and inferior equipment. The essential problem lies in the lack of R&D and innovation capabilities of online monitoring equipment manufacturers. In 2024, the R&D and innovation of online monitoring equipment should pay attention to the R&D and innovation of the principles of online monitoring methods for pollution sources, especially the research and development of core technologies of analytical instruments, the testing and prevention of interference factors of conventional monitoring methods and principles, and the development of classic methods and new application fields and scenarios. Pay attention to the monitoring and research of different monitoring methods under different process conditions, different online monitoring brands should conduct in-depth research on special industries and working conditions, develop monitoring methods and products for specific industries and working conditions, formulate industry working condition monitoring enterprise standards, and the professionalism of online monitoring equipment brand industry is the development idea that equipment manufacturers need to consider; Strengthen the research and development of self-verification of application technology compliance and specifications in the field of environmental protection of pollutant online monitoring equipment, online monitoring equipment manufacturers should regard meeting environmental protection technical specifications as the minimum requirement, and the equipment has the function of preventing data fraud from a technical point of view, and at the same time, the parameters of the equipment affecting the monitoring data should be actively recorded, output and self-certified, so as to facilitate the self-certification of data accuracy in environmental supervision and law enforcement inspections. Condensable particulate matter At present, many industries have achieved ultra-low emissions, particulate matter monitoring equipment has been replaced by conventional monitoring equipment to extractive ultra-low particulate matter monitoring equipment, most of the monitoring data is at a low level, generally below 5mg/m3, and some particulate matter online monitoring data is below 1mg/m3 for a long time. However, the concentration of PM2.5 in the air is still at a high level in some areas, and the conversion and disguised emissions of the treatment facilities of the pollutant discharging units have become the focus of attention. In 2024, the sampling and monitoring of condensable particulate matter will become the focus of attention, and at the same time, the water-soluble salts in the condensable particulate matter discharged from pollution sources will become its main contributors, and the automatic monitoring equipment for water-soluble salts discharged from pollution sources is also attracting the attention of the majority of environmental monitoring and managers. Self-monitoring management With the exposure of the issue of online monitoring and law enforcement inspection of pollution sources as part of self-monitoring, the self-monitoring of pollutant discharging units has also become the focus of law enforcement inspections, and some cases of manual monitoring have been reported in some cases exposed in 2023, and third-party testing has become the focus of self-monitoring. The self-monitoring aspects of online monitoring of pollutant dischargers mainly include equipment commissioning, acceptance, and daily comparison monitoring, among which the operation is not standardized, and fabricating monitoring data and falsifying and tampering with monitoring data have become common problems. When pollutant dischargers and online monitoring units carry out relevant work, strengthening the supervision and management of third-party testing units is a key issue in the online monitoring work in the new year, and the requirements of the management measures for self-monitoring or third-party testing units formulated and issued by the environmental management department should also be the focus of attention. Online monitoring compliance will also be a key focus area for listed companies and large enterprises, and online monitoring compliance in information disclosure and ESG reports of pollutant dischargers is also an important aspect. The standardization of manual monitoring is the blind spot of the supervision of pollutant discharge units, and the formation of manual monitoring management documents, the establishment of a manual monitoring whole-process quality control system, so that the whole process of manual testing can be verified and traced is an important starting point for self-monitoring and management. Smart O&M Most of the data quality problems of online monitoring of pollution sources occur or are exposed to the operation and maintenance link, and the online monitoring is heavily dependent on operation and maintenance due to the influence of factors such as application process conditions, equipment quality, and selection design, environmental management, etc., and the importance and uncertainty of people in operation and maintenance are also the main reasons for the formation of operation and maintenance accidents. Reducing the dependence of operation and maintenance on people is a topic that many third-party operation and maintenance companies, environmental management departments, and information system units have been studying, and with the establishment and implementation of off-site law enforcement and operation and maintenance management systems, intelligent operation and maintenance is gradually taking shape. Some groups have formulated technical specifications for off-site operation and maintenance of automatic monitoring equipment, and the application of operation and maintenance robots for automatic monitoring stations of water ecological environment provides ideas for the automatic monitoring of fixed pollution sources and off-site operation and maintenance. At the same time, the automatic monitoring of pollution sources and the recognition of the management department should also pay attention to the management documents and the recognition of the management department, the implementation content and quality control measures of off-site operation and maintenance, and the equipment manufacturers should pay attention to the development and application of maintenance-free or automatic maintenance equipment, to provide basic conditions for intelligent operation and maintenance and standardized management of operation and maintenance from a technical point of view. In-depth analysis of online monitoring data In 2023, off-site law enforcement and remote supervision and assistance based on online monitoring data will be contacted and recognized by local environmental management departments, and the core of non-on-site law enforcement and remote supervision and assistance is based on the in-depth analysis of online monitoring data, and the data models established in different scenarios will find problems and clues from a large number of online monitoring data to serve law enforcement personnel. In 2024, the in-depth analysis of online monitoring data will become the focus of attention in the fields of environmental management, information systems, and data analysis. At the same time, the production and treatment of online monitoring data service enterprises will become the requirements of pollutant discharging units for the quality of online monitoring data, and the multi-dimensional and multi-event in-depth analysis of online monitoring data will also reflect the operation of infrastructure and facility management level from multiple perspectives, and the results of in-depth analysis of relevant data may become a reference for equipment upgrading and research and development of online monitoring equipment manufacturers. After several years of operation and exploration, the environmental management department has established an online monitoring data analysis model for industry and field by field, so that the online monitoring data analysis model not only serves law enforcement and supervision, but also serves the production and governance of pollutant discharge units, so that law enforcement is no longer an inspection, but more importantly, service and solve problemsService-oriented or problem-solving off-site law enforcement or remote assistance will be the goal of in-depth analysis of online monitoring data.

As an important starting point for the supervision and management of pollutant discharge of key pollutant discharge enterprises, the automatic monitoring of pollution sources has been valued by the ecological environment management department by virtue of its advantages of real-time online monitoring, aiming to provide data support and reference for the improvement of ecological environment quality through the construction of automatic pollutant monitoring system. Through the strengthening of the construction of automatic monitoring of pollution sources in recent years and the deepening of the breadth, the problem of data fraud has become the focus of the society after the installation of automatic monitoring in many industries, and the problem of automatic monitoring data fraud has problems in monitoring technology and process conditions, as well as the cognitive awareness and management reasons of participants. The combination of dredging and prevention of automatic monitoring data fraud is the direction that needs to be considered and studied. Based on the author's understanding and understanding of automatic monitoring data fraud, the following analysis and reference are proposed, and the content is for reference only. Background With the development of technology, the application of thermal power industry in 2000 has gradually extended to the installation of non-electric industry after 2010. With the acceptance of automatic monitoring equipment and data review from the environmental management department to the acceptance of the pollutant discharger itself, the pollutant discharger is responsible for the accuracy and authenticity of the automatic monitoring data, and the automatic monitoring and management of pollution sources and the main body of responsibility have changed instantly, creating a great change in the understanding and concept of automatic monitoring related work of industry participants. For a time, the automatic monitoring of pollution sources has become the focus of attention of all parties. The methods and methods of automatic monitoring data falsification of pollution sources have been upgraded from the previous power failure and extubation to the operation of parameter software, and the implementers of fraud have been extended from pollutant discharging units to operation and maintenance units and equipment manufacturers, and the concealment and professionalism of fraud have been improved at the same time, the ability level of supervision and law enforcement personnel of grass-roots environmental management departments has not been significantly improved, resulting in the falsification of some automatic monitoring data of pollution sources has been found in the provincial and ministerial law enforcement inspections, and the situation is more serious, and the grass-roots environmental law enforcement personnel have not been able to find the situation.  Automatically monitor common scenarios of data fraud Online big data analysis combed and analyzed some of the punishment cases of automatic monitoring data publicly released in various places, and found that most of the punishment cases were administrative punishment cases of abnormal operation of automatic monitoring equipment, and some of them had data falsification, but due to evidence collection and local influence factors, some automatic monitoring data falsification was administratively punished according to evading monitoring. The following is a review of the situations related to automatic monitoring of pollution sources that may involve data fraud, so as to facilitate the reference for the formulation of automatic monitoring data fraud prevention measures. Hardware Improper setting of simple treatment facilities or interference facilities, interfering with the sampling of automatic monitoring equipment; Improper operation of the sampling pipeline interferes with the collection of samples; There are defects in the design of the sampling system, resulting in false samples and cannot reflect the actual emissions. There are defects or interferences in the method principle of the automatic monitoring and analysis instrument, and the monitoring data is inaccurate. Improper intervention in data processing, tampering with monitoring data through software and hardware. The lack or normal operation of auxiliary facilities interferes with the normal operation of automatic monitoring equipment and achieves the purpose of avoiding monitoring data exceeding standards. Software The software of the automatic monitoring equipment is set with improper operation function programs. Poor management of software permissions for automatic monitoring equipment. The software function of the automatic monitoring equipment is not perfect. The program algorithm and spectrum of the automatic monitoring equipment are not public, and cannot be verified and verified, which provides conditions for improper operation of in-depth data. Automatic monitoring equipment and data acquisition and processing system software are frequently upgraded and data loss is formed. Improper processing of data by automatic monitoring equipment software. Automatically monitor the key points of data fraud prevention To prevent the falsification of automatic monitoring data of pollution sources, we should start with the change of awareness of automatic monitoring of pollutant dischargers, guide pollutant dischargers to establish a correct understanding of automatic monitoring work, change the wrong concept of automatic monitoring data of pollution sources to the environmental management department, and let automatic monitoring data serve the production and treatment of pollutant dischargers. At the same time, the automatic monitoring equipment should strengthen the technology and quality improvement, improve the monitoring function of the whole process of equipment operation, and strengthen the standardization and self-certification and disclosure of the operation process of automatic monitoring equipment. The environmental management department should strengthen the construction of automatic monitoring technical specifications and laws and regulations, refine the management process and requirements of automatic monitoring operation and maintenance, implement the supervision responsibility of the whole process of automatic monitoring, and crack down on the fraud of automatic monitoring data. Conclusion To prevent the falsification of automatic monitoring data of pollution sources, it is necessary to deeply understand and analyze the essence of the phenomenon of automatic monitoring data fraud, and to see the essence through the phenomenon, and to adjust and prevent it from the essence. Changing the understanding of the pollutant discharging unit on the automatic monitoring related work, improving the experience of the automatic monitoring work of the pollutant discharging unit, is the basis for eliminating the falsification of automatic monitoring data, through the improvement of the management system and technical specifications of the automatic monitoring of pollution sources, dredge the crux of the automatic monitoring work, plug the loopholes in the automatic monitoring work, through the improvement of the technical prevention means of automatic monitoring equipment and related auxiliary facilities, and use the automatic monitoring data industry and process analysis model of the pollution source. It is necessary to prevent the falsification of automatic monitoring data to serve the production and governance of enterprises.  

The CEMS flue gas monitoring system has a design that prevents electricity and fire. Under the condition of 10-35 ℃ and relative humidity ≤ 85%, the insulation resistance between the instrument power supply lead and the casing is greater than 20M Ω. The CEMS flue gas monitoring system is equipped with leakage, electric shock, and short circuit protection devices. The design of the CEMS smoke monitoring system fully considers ventilation and heat dissipation, and the components are made of high-temperature and fire-resistant materials. The surface of the cabinet is coated with fire-resistant paint. The circuit design of the CEMS flue gas monitoring system has lightning protection function. Lightning protection is generally divided into two situations: one is to prevent direct lightning strikes, and the other is to prevent the invasion of lightning waves. Generally, the user side will have facilities to prevent direct lightning strikes. The continuous flue gas monitoring equipment is mainly to prevent the invasion of lightning waves. In the design, there is a lightning arrester designed in the host equipment cabinet. When lightning waves invade, the lightning arrester will act, Cut off the path of lightning waves invading the host equipment to protect the host equipment; The instruments installed on site also have a grounded casing, and the smoke and dust tester itself also has lightning protection function; For the transmission pipeline of signal and sample gas, a grounding stainless steel pipe is installed outside, which is an effective protective measure against lightning waves. The design of the smoke online monitoring system has the function of preventing electromagnetic radiation. For equipment installed on site, such as smoke and dust testers and smoke parameter testers, the system is designed with a fully enclosed corrosion-resistant steel grounding machine shell outside the chimney or flue, which provides complete shielding and dust, rain, and corrosion protection for the smoke and dust testers and smoke parameter testers; For signal transmission lines, the system adopts shielded cables with stainless steel pipes wrapped around them and grounded to provide dual shielding. The system cabinet is designed to prevent electromagnetic and other radiation, and is grounded to effectively shield the analysis equipment, data acquisition equipment, and PLC control equipment inside the cabinet. Enviro Solutions Technology (ESE) has achieved remarkable results in the field of gas analysis systems. Our products have been widely applied in the petrochemical, environmental protection, pharmaceutical, and other industrial fields. We have created high-quality products that meet international standards by taking advantage of our advanced production and testing technologies. As an ISO9001-certified company, we are committed to providing customers with quality products and services.

Infrared gas analyzer is a widely used instrument in the field of industrial, environmental protection and safety monitoring. The purpose of this report is to conduct an in-depth research and analysis of the Infrared Gas Analyzer market, including market size, market trends, competitive landscape and future development prospects. Through comprehensive market research, we have come up with the following conclusions: Market Size and Growth The infrared gas analyzer market has experienced steady growth over the past few years and is expected to continue growing in the coming years. This is mainly driven by increasing demand from environmental monitoring, industrial process control, and oil & gas industries. According to our research, the market size is expected to grow at a compound annual growth rate (CAGR) of approximately 7% over the next five years.   Market Trends (1) Environmental monitoring: as environmental pollution problems become more prominent, government and environmental protection agencies are increasing their requirements for monitoring gas emissions, which will drive increased demand for infrared gas analyzers in the environmental protection sector. (2) Industrial applications: the demand for gas analysis in the field of industrial process control is also increasing, infrared gas analyzers can be used to detect the concentration of hazardous gases in industrial processes to ensure production safety and quality. (3) New technologies: the market has witnessed the emergence of innovative infrared gas analyzers such as portable and online IR gas analyzers on drone platforms, which have opened up new growth opportunities for the market.   Competitive Landscape Currently, the infrared gas analyzers market is highly competitive with major players including large companies such as ABB, Siemens, Honeywell, Thermo Fisher Scientific, and a number of specialized smaller manufacturers. These companies maintain their competitiveness through continuous innovation and product upgradation. In addition, the market is also witnessing the emergence of several new entrants, which are offering low-cost and high-performance infrared gas analyzers, which are having an impact on the market landscape.   Market Outlook The outlook for the infrared gas analyzers market remains positive and will continue to be driven by industrialization processes, environmental protection policies, and new technologies in the coming years. At the same time, there are some challenges in the market, such as fierce price competition and escalating technical standards. However, with the increasing demand for gas analysis, the market potential remains huge.   Conclusion The infrared gas analyzer market has a stable growth trend, driven by environmental protection, industrial applications, and new technologies. The market is highly competitive and requires continuous innovation and product upgrades to remain competitive. The market size is expected to continue expanding in the coming years, providing abundant business opportunities for manufacturers and investors. This report is only a preliminary result of market research; future market changes may have an impact on the market outlook, requiring close attention to market dynamics to make accurate decisions.   References: MarketsandMarkets.(2022). Infrared Gas Analyzer Market by Gas Type, Technology, Application, and Geography - Global Forecast to 2027. Transparency Market Research. (2022). Infrared Gas Analyzers Market - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2022-2030.    

The flue gas online monitoring system adopts advanced ultraviolet differential absorption spectroscopy technology + extraction condensation method. The extraction condensation method CEMS can measure multiple parameters such as SO2, NOx, O2, temperature, pressure, flow rate, dust, humidity, etc., and all monitoring The parameters are transmitted to the user's DCS system and communicate with the environmental protection department's data system through the data acquisition instrument. The system equipment is placed in the analysis cabin, making it easy to operate and maintain; the entire system has a simple structure, modular design, strong stability, and low operating costs. Today, the editor will tell you about the calculation formula of the sampling position of the flue gas online monitoring system. Friends who need it should read it carefully. Sampling location: Priority should be given to vertical pipe sections and flue negative pressure areas to ensure the representativeness of the collected samples. The measurement location should avoid flue elbows and areas with sharp changes in cross section. For circular flues, the flow velocity CMS should be set at a location ≥ 4 times the flue diameter in the downstream direction from elbows, valves, and reducers, and ≥ 2 times the flue diameter in the upstream direction from the above components; the gaseous pollutant CEMS should be Set it at a location ≥ 2 times the flue diameter in the downstream direction from elbows, valves and reducers, and ≥ 0.5 times the flue diameter in the upstream direction from the above components. For a rectangular flue, it should be measured in terms of equivalent diameter, and its equivalent diameter D=2AB/(A+B), where A and B are the side lengths. For new emission sources, the sampling platform should be designed and constructed simultaneously with the exhaust device to ensure that the sampling section meets the requirements of 7.1.2.2 of this standard; for existing emission sources, when a sampling location that meets 7.1.2.2 cannot be found, the sampling platform should be You may choose to install a CEMS sampling or analysis probe in a section with stable air flow, and take corresponding measures to ensure that the flue gas distribution in the monitored section is relatively uniform and there is no turbulence in the section. The relative root mean square σ method is used to determine the uniformity of flue gas distribution. When σ ≤ 0.15, the flue gas distribution is considered to be uniform, and σr is calculated according to Equation (2).                         In order to facilitate the verification and comparison monitoring of particulate matter and flow velocity reference methods, CEMS should not be installed in the flue where the smoke flow velocity is

Enviro Solutions Technology Co., Ltd（ESEGAS） is pleased to announce the launch of the UV-GAS-500 flue gas Analyzer which measure five gases in the one unit , which has the outstanding ability to simultaneously measure multiple ambient gases such as sulfur dioxide, nitrogen dioxide, nitric oxide, carbon monoxide, carbon dioxide and oxygen, and provides users with accurate and reliable gas analysis solutions. It can also optionally measure the concentration of gases such as NH3, Cl2, O3, H2S, etc.     Key features of this flue gas analyzer include:   Multi-gas measurement capability: Compared to traditional single gas analyzers, this instrument has the ability to measure multiple emission gases simultaneously. Whether sulfur dioxide, nitrogen dioxide, nitric oxide, carbon monoxide, carbon dioxide, or oxygen, users can obtain accurate measurements with just one instrument, eliminating the need to replace or purchase multiple separate instruments. High Accuracy: This flue gas analyzer uses advanced sensor technology and sophisticated algorithms to provide highly accurate and reliable measurement results. Whether in environmental monitoring, industrial safety or air quality assessment, the instrument meets stringent measurement requirements and ensures data accuracy and stability. Real-time monitoring and data logging: The flue gas analyzer is equipped with real-time monitoring and data logging functions, enabling users to keep abreast of ambient gas concentration changes and trends. At the same time, the instrument can also automatically record and store measurement data, which is convenient for subsequent data analysis and report generation. Wide range of applications: A wide range of applications for multi-component gas analyzers include environmental monitoring, industrial safety, indoor air quality assessment and research. Government agencies, environmental organizations and industrial companies can benefit from the instrument’s efficient performance and comprehensive gas measurement capabilities. ESEGAS is committed to providing customers with advanced scientific instruments and solutions to promote environmental protection and sustainable development. The release of this multi-component gas analyzer will further strengthen the company’s leadership in environmental monitoring and help users better manage and control ambient gases for health and sustainable development.     About Enviro Solutions Technology Co., Ltd.:   Environ Solutions Technology Co., Ltd. is a leading global provider of scientific instruments and solutions, providing a wide range of innovative products and technologies for scientific research, industrial applications and environmental monitoring. The company is committed to providing customers with excellent product performance and all-round technical support. Contact: Sharon Ye Tel: +86 15071131907 Email: info@gasese.com

The flue gas online monitoring system is an instrument widely used in different industries. It is mainly used to measure various components in flue gas. The following is a detailed introduction to the industries in which the flue gas online monitoring system can be used. 1. Thermal power generation industry In the thermal power generation industry, flue gas analyzers are one of the essential equipment. The flue gas analyzer can measure various components of coal, fuel oil, natural gas and other fuels, such as sulfur dioxide, nitrogen oxides, oxygen content, smoke, etc. By monitoring pollutant emissions, the environmental safety and production quality of thermal power plants can be ensured. 2. Steel and metallurgical industry The steel and metallurgical industry is one of the highly polluting industries, and flue gas analyzers can help companies reduce pollutant emissions and ensure compliance with national standards and regulations. The main components that need to be measured in the steel and metallurgical industry include oxygen content, CO, NOx, SOx, etc. These data can provide effective reference for enterprises to take necessary measures to reduce emissions. 3.Petrochemical industry In the petrochemical industry, flue gas analyzers can be used to monitor pollutant emissions. The main components that petrochemical companies need to measure include SOx, NOx, H2S, etc. By monitoring with flue gas analyzers, you can ensure that the production processes of petrochemical companies do not have a serious impact on the environment.   4.Chemical industry In the chemical industry, flue gas analyzers can help companies monitor emissions of the same pollutants. The main components that chemical companies need to detect are sulfur dioxide, carbon monoxide, oxygen content, VOCs (volatile organic compounds), etc. These data can provide effective reference for enterprises to take necessary measures to reduce emissions. 5. Environmental protection industry In the environmental protection industry, flue gas analyzers can be used for air quality monitoring. These devices can be used in urban and industrial areas to ensure air quality meets national standards. By using a flue gas analyzer, you can monitor pollutants such as sulfur dioxide and nitrogen oxides in the air, as well as particulate matter such as smoke and dust. These data can be used to assess pollution levels in urban or industrial areas so that necessary measures can be taken to improve air quality.   The company's main products include ultra-low smoke continuous monitoring system (CEMS), continuous smoke monitoring system (CEMS), ultra-low extraction dust meter (laser forward scattering method), VOCs online monitoring system (FID principle), TVOCs online monitoring System (PID principle), gas chromatograph, flue gas analyzer, dust meter (laser backscattering method), ammonia escape online monitoring equipment, kiln gas analysis system, metallurgical industry gas analysis system, coal chemical analysis system, cement kiln Gas analysis system, coke oven gas oxygen analysis system, chemical industry gas analysis system, air separation industry gas analysis system, medical oxygen analyzer, etc. The company can provide customers with cost-effective CEMS complete solutions, VOCs complete solutions, ammonia escape complete solutions and other products, and also provides installation, commissioning, operation and maintenance services.

From April 13 to 15, 2023, the 21st China International Environmental Protection Exhibition (CIEPEC2023) was successfully held in Beijing, China. We participated in the environmental monitoring theme pavilion and communicated with many domestic provincial (regional, municipal) pavilions, international pavilions, and well-known enterprises at home and abroad！Committed to providing customers with the best gas analysis solutions. This exhibition unveiled our star products and brought our latest patent certification. We have independently developed a series of non-dispersive infrared (NDIR), tunable diode laser absorption spectroscopy (TDLAS), hydrogen flame ionization (FID), ultraviolet differential absorption spectroscopy (UV-DOAS), ultrasonic sensing (Ultrasonic), thermal conductivity sensing (TCD), zirconia sensing. Our products have been widely applied in the petrochemical, environmental protection, pharmaceutical, bioenergy and other industrial field.   Even if the exhibition ends, we will continue to provide professional gas analysis solutions. Looking forward to meeting us in #Beijing in2024!     About CIEPEC   China International Environmental Protection Exhibition and Conference (CIEPEC) was founded in 1986 and sponsored by the China Environmental Protection Industry Association. Under the care of the Ministry of Ecology and Environment and Beijing Municipal People’s Government and other departments, with the strong support of relevant institutions at home and abroad, under the high recognition of domestic and foreign enterprises, and after more than 30 years of careful cultivation, CIEPEC has become the primary platform for exchanges and exhibitions in China’s environmental protection industry, and has become the preferred channel for international environmental protection enterprises to enter the Chinese market.