Witness China's innovation power and empower global critical infrastructure security
On August 17, 2026, in Shenzhen, UL Solutions, a global expert in applied safety science, officially issued certification certificates for hydrogen and carbon monoxide sensors to Shenzhen ProSense Technology Co., Ltd. (hereinafter referred to as "ProSense").
This certification marks that ProSense has become the world's first hydrogen and carbon monoxide sensor manufacturer to achieve UL certification for silicon poisoning resistance and 85 ° C high temperature reliability.
From AI data centers to lithium-ion energy storage systems (BESS), from industrial safety to life safety, as global critical infrastructure continues to evolve towards higher power density, more complex application environments, and longer lifecycles, the value boundaries of gas detection technology are also constantly expanding. The industry's evaluation of gas sensors is further extending from basic detection capabilities to scenario applicability, environmental tolerance, long-term stability and full lifecycle reliability, as well as long-term maintenance free.
This certification is an important milestone for Puseng Sensing's long-term focus on advanced gas sensing technology, continuous improvement of product reliability and global application capabilities, and further validates the company's continuous innovation in key technological directions such as silicon poisoning resistance, high-temperature environment adaptation, and long-term reliability.
Define the application benchmark for gas detection safety industry
At the certification ceremony, representatives from both parties, including Xu Jie, General Manager of UL Solutions Building Environment Safety Technology Division Asia, and Zhao Li, General Manager and Chief Engineer of ProSense, attended and witnessed this important moment.
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Mr. Xu Jie, on behalf of UL Solutions, issued a certification certificate to ProSense.
Facing the new demands of rapid development of global AI infrastructure, new energy storage, and industrial safety, ProSense is continuously integrating technological innovation, reliability engineering, and international standards to serve global customers with higher-level gas sensing technology, providing long-term value for the safe operation and business continuity of critical infrastructure.
High level speech: Technology paths and solutions for real application scenarios are becoming the core capabilities of the next generation of gas detection technology
UL Solutions: Promoting Technological Innovation through Scientific Verification
Xu Jie, General Manager of UL Solutions Building Environment Safety Technology Division in Asia, said:
With the rapid development of emerging industries, product reliability and long-term stable operation capability are becoming important directions of concern for vertical industries. UL Solutions has always been committed to assisting enterprises in verifying product performance through scientific and rigorous testing and evaluation systems, promoting technological innovation and high-quality industrial development. This certification reflects the verification results of relevant products in specific reliability projects, and we also look forward to the continuous strengthening of technical exchanges among all parties in the industry in the future, jointly promoting the construction of a safer and more reliable industry ecosystem. ”
ProSense: Providing Highly Reliable Gas Sensing Services for Global Critical Infrastructure
Zhao Li, General Manager and Chief Engineer of Pusheng Sensing, said:
Applications such as AI data centers, lithium-ion energy storage systems, and life safety are redefining the reliability requirements for gas detection technology. For these critical applications, gas sensors not only need to accurately detect, but also face ongoing challenges posed by high temperatures, pollutants, long-term operation, and complex environments. ”
ProSense has long focused on advanced gas sensing technology and continues to integrate international standards, reliability engineering, and global application requirements into our product development system. Obtaining UL Solutions' first global certification again is an important validation of our long-term technical roadmap. In the future, we will continue to promote product reliability through technological innovation, enabling advanced gas sensing technology from China to serve more global customers and critical infrastructure. ”
Two key challenges: resistance to silicon poisoning and reliability at 85 ° C high temperature
Gas sensors are the core sensing components of the entire gas detection system for obtaining environmental information.
In the real application environment of energy storage systems, the long-term performance of gas sensors is often determined not only by the initial accuracy under laboratory conditions, but also by their ability to maintain stable operation in the face of high temperatures, pollutants, long-term exposure, and complex environmental conditions.
The ProSense hydrogen and carbon monoxide sensors that have been certified this time focus on verifying two key reliability capabilities:
Reliability against silicon poisoning
To verify the reliability performance of sensors in the face of environmental challenges related to possible pollution factors such as siloxanes in complex application environments.
85 ° C high temperature reliability
Targeting high temperature and harsh application environments, further verify the performance and environmental adaptability of sensors under high temperature conditions.
From resistance to silicon poisoning to 85 ° C high temperature reliability, it reflects the important changes that are happening in the evaluation system of the gas sensing industry:
The AI computing infrastructure is continuously evolving towards higher computing density and higher power density; At the same time, the deployment scale of lithium battery energy storage systems worldwide is also rapidly growing. These applications share a common feature:
The security system must be online for a long time and provide reliable information and better serve the management of critical facilities through data before real risks occur.
Therefore, the role of gas detection technology is gradually evolving from a single "alarm element" to a long-term reliable sensing node in critical safety systems. The drift, environmental adaptability, anti pollution ability, and lifecycle stability of sensors may directly affect the effectiveness of the entire detection system.
This also means that reliability is no longer just a performance parameter of sensors, but is becoming an important component of the full lifecycle safety capability of gas detection systems.
Focusing on AI data centers and BESS, discussing the next generation of gas detection technology together
During the certification event, UL Solutions and ProSense also conducted a special technical exchange on the gas detection technology for thermal runaway management of AI data centers and lithium-ion energy storage systems (BESS).
Both parties conducted in-depth discussions on topics such as high reliability gas sensing technology, long-term stable operation, quantitative gas detection, environmental adaptability, international standard development, and product reliability verification, taking into account global industrial development trends.
With the continuous development of AI data centers, energy storage systems, and new energy industries, the next generation of gas detection technology is showing a clearer direction of development:
From qualitative judgment to precise quantification
From short-term performance to full lifecycle reliability
From a single laboratory indicator to the ability to adapt to real and complex environments
From regular calibration to long-term maintenance free
Moving from meeting the requirements of a single market to a global standard and certification system
The deep integration of technological innovation and international standards has become an important force in promoting the continuous upgrading of the global gas detection industry.
From Chinese innovation to global application
The only enterprise in Asia that simultaneously participates in the three major gas detection standards
As the only enterprise in Asia that is also a member of the following three international standard committees for gas detection:
UL 2075 Gas and Steam Detectors and Sensors
UL 2034 Single Point and Multi Point Carbon Monoxide Alarm Devices
UL 2201 Portable Generator Carbon Monoxide Emission Rate
The ProSense team continues to build core technological capabilities around core material science, international standard participation, and vertical applications, deeply integrating product research and development with the real application needs of global customers. The UL Solutions certification for silicon poisoning resistance and 85 ° C high-temperature reliability is an important milestone achievement in this long-term technology strategy.
From a sensor to a detection system, and then to global critical infrastructure security - ProSense is committed to promoting not only product performance improvement, but also the long-term value of gas sensing technology in safety systems.
Looking towards the future, ProSense will continue to be based in China and serve the world, adhering to technological innovation as the core, international standards as the bridge, and long-term reliability as an important cornerstone of product development. We will continue to promote the global application of advanced gas sensing technology in key areas such as AI data centers, lithium battery energy storage, industrial safety, residential and life safety, and enable sensing technology from China to create long-term value for the safety of critical infrastructure worldwide.
About ProSense
ProSense is a high-tech enterprise dedicated to the research and manufacturing of advanced gas sensors, committed to providing high-performance and high reliability sensing solutions for global customers. The company continues to invest in core technology research and development, overcome key pain points in the industry, and continuously lead the development direction of gas sensing technology. With innovative products and excellent quality, ProSense is gradually growing into an important promoter and leader in the global gas safety monitoring field.
ProSense adheres to the full stack self-developed technology route, and has established a kilogram level gas sensor catalyst research and development base and an automated production aging calibration system for millions of gas sensors per year. Its product line covers the fields of toxic and harmful, flammable and explosive, and environmental gas detection; ProSense multiple innovative products have become core sensing components in vertical fields such as smart firefighting, industrial testing, and energy storage safety.
