In 2026, an Angola infrastructure project adopted a 30T flake ice system, automated ice storage and delivery line, and a 120T water chiller for concrete cooling, with containerized deployment and remote monitoring for mass concrete temperature control in hot climates.
In 2026, a large infrastructure project in Angola completed the on-site deployment of a concrete cooling system. The system follows three cooling paths—flake ice, automated ice storage and delivery, and a water chiller—to reduce the discharge temperature and internal-external temperature difference of mass concrete in a hot climate.
