Top 10 Chinese Polyacrylamide Brands Worth Knowing: An Industry Overview
09,21,2026 14 views
Recently, our company's uLAS laser gas analyzer provided accurate and reliable HCL concentration change test data under high temperature conditions in the research project of flue gas HCL removal. Relevant research units have achieved and released technological achievements in the research direction of dechlorination mechanism and dechlorination agents, laying a theoretical foundation for the large-scale industrial application.
This study is proposed in response to the national major demand for deep and efficient removal of HCl from combustible solid waste combustion/gasification flue gas at medium and high temperatures. It is an important basic research content in the fields of engineering thermophysics and energy utilization, and is currently at the forefront and hotspot of research. It has important theoretical significance and engineering reference value. The research project aims to introduce a hydrotalcite like structure adsorbent into the process of removing HCl at medium and high temperatures, and propose a cross flow moving bed as a removal reactor for HCl in flue gas under medium and high temperature conditions. By combining theoretical, experimental, and numerical simulation studies of multiphase flow and chemical reactions, the development of efficient and inexpensive dechlorination agents and the construction and optimization of a deep dechlorination reactor experimental system under medium and high temperature conditions will be solved. Innovative new ideas for HCl removal at medium and high temperatures will be developed, providing a theoretical basis for the engineering application of large-scale combustible solid waste treatment and HCl removal in the future.
ULAS series laser gas analyzer
The uLAS series laser gas analyzer from Shengnuo Instrument adopts tunable semiconductor laser absorption spectroscopy (TDLAS) detection technology, which has an ultra-low monitoring lower limit and a detection limit that can achieve ppb level TDLAS technology. Compared with other gas measurement principles, TDLAS technology has higher optical resolution and excellent anti background gas cross interference performance, improving the accuracy and reliability of process gas analysis.
Product Features
2. Dual range design, wide measurement range, ultra-low detection limit.
4. Half year calibration, simple maintenance, and no consumable costs.
5. Special coating effectively reduces the adsorption of the measured gas on the pipeline wall.
Typical Applications
2. Industrial process monitoring.
3. Atmospheric monitoring.
4. Laboratory gas analysis.
