In April 2024, DEAN Technology participated in the 10th Heating Engineering Construction and Efficient Operation Symposium, an industry event focused on the development, construction, operation, and efficiency of heating systems.
The symposium was organized by North China Municipal Engineering Design & Research Institute Co., Ltd. and Gas & Heat Magazine Co., Ltd., and hosted by Wanhua Chemical Group Co., Ltd.
During the event, DEAN Technology's technical team exchanged ideas with industry experts and representatives and presented the company's latest portable outdoor equipment.
The symposium provided an opportunity for professionals from across the heating industry to discuss technologies and practical experience related to heating engineering, infrastructure construction, and efficient system operation.
DEAN Technology's technical team participated in technical discussions with industry experts and representatives, sharing experience and learning more about the monitoring requirements encountered in heating infrastructure projects.
Heating networks, particularly long-distance district heating pipelines, require reliable monitoring to support safe and stable operation.
DEAN Technology develops distributed fiber optic pipeline monitoring solutions for long-distance pipeline applications. Depending on project requirements, fiber optic sensing technologies can be used to monitor parameters and events such as temperature changes, vibration, strain, pipeline leakage, and external disturbances.
These monitoring capabilities can support condition monitoring and risk identification for heating pipeline infrastructure.
During the symposium, DEAN Technology also demonstrated its latest portable outdoor equipment to participating experts and industry representatives.
On-site demonstrations provide engineers and potential users with an opportunity to better understand equipment deployment and its potential application under actual field conditions.
The event also allowed DEAN Technology's technical team to communicate directly with heating industry professionals and gain further insight into practical monitoring requirements.
As heating infrastructure continues to develop, monitoring technologies are becoming increasingly important for improving visibility into pipeline operating conditions and identifying potential risks.
Distributed fiber optic sensing provides an approach to monitoring long linear infrastructure by using optical fiber as the sensing medium.
For engineers and project owners who want to understand the differences between major distributed sensing technologies, DTS, DAS and BOTDA distributed fiber optic sensing technologies are designed for different monitoring objectives, including temperature, acoustic and vibration events, strain, and deformation.
DEAN Technology continues to develop fiber optic sensing and monitoring solutions for heating networks, long-distance pipelines, power systems, and other critical infrastructure applications.
