In recent days, several programs have spotlighted the installation of core modules at the Linglong I reactor project in Changjiang, Hainan. At the site, the XCMG 72-meter concrete pump truck garnered attention as it showcased its formidable pumping capabilities.

The “Linglong I reactor” represents the world's first onshore commercial modular small reactor, marking China's pioneering role in modular small-scale reactor construction. The construction site boasts an array of diverse equipment, a complex working environment, and occasional instances of equipment overlapping construction zones, demanding an exceptionally high level of pumping precision and posing significant construction challenges.

Confronted with the demands of a high-standard safety protocol, stringent quality requisites, and the formidable complexities of the project, the XCMG 72-meter concrete pump truck performed admirably:

·Boasting a maximum boom height of 71.1 meters and a reach depth of 52.8 meters, it covers an extensive range, leading the industry.

·The application of third-generation intelligent boom technology resulted in arm sway limited to less than 130mm, ensuring even more accurate pumping.

·Enhanced terminal trajectory control technology guarantees smoother pumping and safer construction.

During the construction phase, Hainan entered its high-temperature season, experiencing scorching temperatures. To ensure the smooth progress of the project, the XCMG service team remained on standby 24 hours a day, providing immediate support in terms of personnel training, maintenance, and other services, aiming to reassure customers and ensure their satisfaction.

Nuclear power generation, as a clean energy source, boasts multiple advantages including safety, environmental-friendliness, low carbon emissions, and economic efficiency. It's worth noting that upon completion, this project will significantly contribute to China's energy transition and energy structure optimization. Each unit of the “Linglong I reactor” is projected to reduce CO2 emissions by 880,000 tons annually, in addition to its versatility in applications such as cogeneration of heat and power, desalination, industrial process heating, and self-supplied electricity generation. These attributes enable nuclear energy to be integrated "closer to urban areas and nearer to end-users.”