The fruitful results of the New Quality Productivity Seminar have showcased the innovative strength of gas analysis technology at Duke Tech

On July 25-27, 2025, the New Quality Productivity - Energy Environment Materials and Catalysis Seminar was successfully held in Zhangjiajie, China. This seminar focuses on the forefront of energy, environmental materials, and catalysis fields, bringing together global industry university research forces to support the development of the "dual carbon strategy" and new quality productivity.Beijing DuktekSales Director Li Yue presented the theme report "Evaluation of Catalytic Efficiency Based on Photoacoustic Spectroscopy Gas Analysis Technology", and showcased his DKG ONE online photoacoustic spectroscopy multi gas analyzer, compact photoacoustic spectroscopy multi gas analyzer, catalytic reaction box and other products, which received widespread attention.

Deep focus on catalytic efficiency evaluation, cutting-edge reports attract attention

During the seminar, Director Li Yue gave an in-depth presentation on the application of photoacoustic spectroscopy gas analysis technology in catalytic efficiency evaluation. Photoacoustic spectroscopy technology, with its advantages of high sensitivity and simultaneous detection of multiple components, provides strong support for accurate analysis of gas components in catalytic reaction processes. It can track reaction progress in real time, quantify catalytic effects, and assist in the optimization of catalytic systems in scientific research and industrial scenarios. The report elaborates in detail on how this technology provides a new analytical perspective for research in the fields of energy, environmental materials, and catalysis, from technical principles to practical application cases. It has sparked lively discussions among experts and scholars attending the conference, injecting new ideas into the upgrading of catalytic efficiency evaluation technology.

Innovative product matrix, empowering multi scenario applications

exhibition scene,Beijing DuktekThe DKG ONE online photoacoustic spectroscopy multi gas analyzer showcased has the ability for continuous online monitoring and simultaneous analysis of multiple gases, and is suitable for real-time monitoring of industrial catalytic processes and long-term observation of environmental gases; Compact photoacoustic spectroscopy multi gas analyzer, with the advantages of small size, portability, and fast response, meets the needs of laboratory rapid detection and field emergency monitoring; The catalytic reaction chamber provides a stable and controllable environment for simulating and studying catalytic reactions, assisting researchers in exploring catalytic mechanisms. The series of products revolves around the core requirements of energy, environmental materials, and catalysis, building a complete tool chain from analysis and detection to reaction simulation, providing hardware support for industry university research collaborative innovation.

Joining hands with new quality productivity, exploring the path of green development together

This seminar responds to the national "dual carbon strategy" and the call for the development of new quality productivity,Beijing DuktekBy sharing technology and showcasing products, we can deeply integrate our capabilitiesSource environment materials and catalytic innovation ecology. The photoacoustic spectroscopy gas analysis technology and related products play a key role in catalytic efficiency evaluation, pollution control monitoring, and research and development of new energy materials, helping the industry reduce energy consumption, improve resource utilization efficiency, and promote green and low-carbon development with technological strength. futureBeijing DuktekWe will continue to deepen our cultivation of photoacoustic spectroscopy technology, focus on the needs of energy, environment, and catalysis fields, iterate products, deepen cooperation, and contribute more innovative solutions to the development of new quality productivity and the achievement of the "dual carbon" goal.