Alexander Orlov, the head of the department, traditionally demanded repair every two years due to the formation of monument micro cracks. The new material contains a seno rod that feeds with calcium lactate and emits a substance that fills micro cracks. This prevents the penetration of water and air that causes destruction.
Professor Tamara Chernykh said that bacteria increases not only the “healing” damage, but also the concrete density. This makes the structure more durable and durable.
The technology developed in Susu has extensive expectations for the application. It can be used in the restoration of historical buildings, the construction of roads and other concrete structures. This is the first example of successful use of “live” concrete in Russia to protect the cultural heritage.
Source: Ferra
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