The 27th Shanghai International Expo for Environmental Protection (IE expo China) has successfully concluded after a three-day run. As Asia’s flagship environmental exhibition, this grand event brought together nearly 2,000 environmental enterprises from around the globe to join forces in the pursuit of a green, low-carbon future.
ULIRVISION made a powerful debut at the expo, showcasing its core "visualization" monitoring solutions—including the G330S VOCs Optical Gas Imaging Camera, TS138 Acoustic Imager, thermal imaging camera, and thermal imaging core. ULIRVISION captured the attention of a large number of professional attendees and received high industry recognition for its technological strength
The G330S VOCs Optical -Gas Imaging Camera employs a cooled, high-sensitivity detector to enable non-contact, long-range, real-time, and intuitive scanning and localization. This product provides environmental enforcement agencies and enterprises with a "visible" means of leak detection, rendering harmful gas leaks—previously imperceptible to the naked eye—instantly apparent, thereby significantly enhancing the efficiency and accuracy of VOCs emission control.
TS138 Acoustic Imager-The TS138 Acoustic Imager represents a flagship product from ULIRVISION in the field of acoustic inspection. This device can precisely detect gas leaks, anomalous mechanical vibrations, and partial discharges, enabling rapid localization of gas-leakage sources and equipment fault points. Whether the issue involves minute leaks in pipelines, abnormal equipment vibrations, or latent partial discharge hazards in power infrastructure, the TS138 utilizes acoustic imaging technology to achieve rapid and precise localization. It thereby provides an efficient acoustic imaging solution for equipment inspection and hazard identification within industrial enterprises and environmental protection agencies.
Infrared Thermal Imager-ULIRVISION offers a range of high-performance, reliable handheld infrared thermal imagers suitable for diverse applications, including power inspections, equipment condition monitoring, and fire safety detection.
Thermal Imaging Core - Compact in size and highly customizable, the TC series of uncooled thermal imaging cores delivers intuitive visual results and meets clients' diverse customization needs.
Throughout the exhibition, the ULIRVISION booth was bustling with activity. Environmental industry experts, corporate representatives, professional visitors, and international guests from across the country flocked to the booth, demonstrating keen interest in ULIRVISION's core products.
After witnessing the live demonstration of the G330S, many attendees remarked that this technology—capable of "visualizing" gas leaks—holds immense practical value for applications such as chemical industrial parks, oil and gas storage and transport, and environmental law enforcement. It effectively resolves the critical pain points of traditional detection methods, which often lack visibility and precision in localization. The TS138 acoustic imager also garnered significant acclaim; its exceptional performance in equipment fault pre-warning and hazard identification earned widespread recognition from clients across industries such as electric power and petrochemicals.
With a professional demeanor and enthusiastic service, the ULIRVISION team shared the company's success stories and practical expertise in the field of environmental monitoring. This effort garnered a wealth of high praise and expressions of interest in future collaboration, further solidifying the brand's leading position within the environmental monitoring sector.
We extend our heartfelt gratitude to all—new and long-standing clients, industry peers, and partners—who visited the ULIRVISION booth for your support and patronage! Moving forward, ULIRVISION will continue to iterate upon our core technologies, refine our product portfolio, and optimize our solutions. Leveraging cutting-edge technology and superior service, we look forward to joining hands with partners worldwide to collectively construct a robust ecological safety barrier and chart a new blueprint for green development!
