Technologies That Save Life in Earthquake

Technologies That Save Life in Earthquake

We have prepared a guide for those who are curious about the answer to the question of what are life-saving technologies in earthquakes. Here are the technologies used before and after the earthquake!

There are many technologies used before and after the earthquake. Some make buildings much more durable, while others play an important role in search and rescue efforts. So, what are the life-saving technologies in earthquakes?

The guide we prepared includes the technologies used before and after the earthquake. For example, we have included what needs to be done to prevent a building from collapsing, technologies that strengthen the building, and which technologies are used in search and rescue efforts.

Technologies Used Before Earthquake

  • seismic isolator
  • carbon fiber reinforcement
  • steel reinforcement
  • Column and beam reinforcement

Seismic Isolator

There is also a domestic version of the seismic isolator, a technology developed to prevent buildings from collapsing. In order to have detailed information about the technology that minimizes the shaking of the structure by reducing the communication between the structure and the ground in the event of an earthquake, you can take a look at our article that answers the question of what is a seismic isolator. .

Carbon Fiber Reinforcement

During an earthquake, the columns of the building may burst due to the pressure. As soon as the pillars explode, destruction begins. Within the scope of carbon fiber reinforcement technology, the columns are covered with carbon fiber. This increases the durability of the columns.

Steel Reinforcement

Steel reinforcement is actually quite similar to carbon fiber technology. In this technology, the columns are covered with steel. Thus, the columns become more durable.

Life in Earthquake

Technologies That Save Life in Earthquake

Column and Beam Reinforcement

Among the reasons for the collapse of buildings in earthquakes is the breaking of the connection between the column and beam during tension. The building is completely interconnected with very high-strength steel and flexible wires. This prevents columns and beams from breaking during shaking. It is stated that it takes one day to assemble one floor.

Technologies Used After Earthquake

  • UAV
  • Thermal Camera
  • seismic acoustic device
  • behind-the-wall radar system
  • Infrared underground imaging system


For example, Baykar’s mapping system can completely map Kahramanmaraş in just 180 minutes. This is of great importance after a natural disaster because it is possible to assess the extent of the devastation where the damage occurred.

Thermal Camera

Search and rescue technologies after an earthquake are very important. One of these technologies is thermal cameras. Heat-sensitive thermal cameras enable it to be learned whether it is alive under the debris.

Seismic Acoustic Device

The seismic acoustic listening device allows to listen to sound. In this way, it can be determined whether there is a person living under the debris. Since the technology in question can detect even the smallest sound, other people are asked to be quiet while listening.

Life in Earthquake

Technologies That Save Life in Earthquake

Behind the Wall Radar System

There is technology that can detect motion even if you are behind a wall. The behind-the-wall radar system can show the motion it detects on its screen. Rescue efforts begin when it is determined that he is alive under the rubble.

Infrared Underground Imaging System

An infrared underground imaging system is similar to a behind-the-wall radar system, but this technology uses infrared instead of radar. Any movement under the debris is reflected on the device’s screen.

Gül Demirci

Hi, I'm Gul. I am a writer for Expat Guide Turkey and I strive to create the best content for you. To contact me, you can send an e-mail to Happy reading!

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