News


Learn more about enterprise-related news immediately

The online technical exchange class on "Steel Lining Void Treatment Technology and Cases for Hydraulic Structures" was successfully held.


Release Time:

2021-10-09

On September 30, a cloud video technical exchange class on "Steel Lining Void Treatment Technology and Cases for Hydraulic Structures" jointly organized by our company and the Miaowei Gongguqiao Hydropower Plant of Huaneng Lancang River Hydropower Co., Ltd. was successfully held in Hangzhou.

On September 30th, a cloud video technical exchange class on "Steel Liner Void Treatment Technology and Cases for Hydraulic Structures" was successfully held in Hangzhou, jointly organized by our company and the Miaowei Gongguoqiao Hydropower Plant of Huaneng Lancang River Hydropower Co., Ltd.

The cloud video exchange class focused on five aspects: the layout structure of steel liners in hydraulic structures, common defects and causes of steel liners, detection methods for steel liner voids, treatment materials, construction processes for steel liner void treatment, and cases of steel liner void treatment. It emphasized the detection methods used after steel liner voiding, how to select treatment materials, and what appropriate construction methods should be used to treat steel liner voids.

In the second half of the cloud class, technical personnel from the hydropower plant actively asked questions online. Interactive exchanges were conducted on issues such as the required detection cycle for steel liner voids, the scheduling of construction time, the selection of construction equipment, and post-construction quality inspection. This achieved question-and-answer sessions, mutual learning and sharing, and the exchange was well-received by the participants.

Following the exchange, General Manager Lu Zhihua from our company and the leader of the reservoir department from the power plant jointly summarized the cloud class exchange. This cloud video technical exchange class completed all its agenda items and concluded successfully. In the post-epidemic era, using the cloud class model to conduct various thematic hydropower exchanges is conducive to the learning, exchange, and improvement of relevant hydropower workers, contributing technological strength to promoting the high-quality development of engineering defect treatment.