There is a fire in science! The Kartalkaya fire and Turkey's test with BORON

The tragedy in Kartalkaya is not just a disaster in which we lost 78 of our lives (more than half of them children!), but also the heavy price of a mentality that excludes science and puts preventive measures on the back burner. This painful end for our children, who were sent on vacation as a report card gift, and their families reveals the social cost of ignoring scientific facts. This event stands before us as a historical turning point where we must rethink the importance of science and technology.

THE BIOCHEMICAL AND PHYSIOLOGICAL ANATOMY OF THE FIRE: WHAT HAPPENED IN KARTALKAYA

When we scientifically analyze the conditions to which the victims in Kartalkaya were exposed, a tragic biochemical process emerges. Respiratory irritation, which began in the first 30 seconds, dramatically reduced the victims' chances of escape due to the dense smoke in the hotel rooms. The subsequent carbon monoxide poisoning and hydrogen cyanide effect triggered the gradual collapse of body systems.

The fact that thermal burns destroyed the protein structure of the skin and smoke inhalation blocked the oxygen-carrying capacity of hemoglobin created a vicious cycle that increasingly reduced the chance of survival. In this process, the mitochondrial electron transport chain was inhibited, ATP production stopped, and cellular death began. However, the most painful truth is the possibility that the pain pathways of the central nervous system remained active—meaning the victims were likely conscious of what they were experiencing until the very last moment.

FROM JAPANESE ROOTS TO SWEDISH INNOVATION: THE DEEP HISTORY OF THE SOLUTION

The "Shou Sugi Ban" technique is a legacy developed by the Japanese centuries ago that inspires modern fire prevention technologies today. This technique, much like the searing process in cooking meat, creates a protective carbon layer by burning the outer surface of the wood in a controlled manner. Sweden has blended this ancient knowledge with contemporary science to set the safety standards for global giants like IKEA.

THE REPUBLIC'S SCIENTIFIC VISION AND TODAY

As soldiers of Mustafa Kemal, we once took steps that would set an example for the world in fire safety. The modernization of the Istanbul Fire Department in 1923, the automatic ladders acquired by the fire department in 1928, and the groundbreaking innovations of the 1928-1938 period are concrete indicators of the scientific vision of that era. Thanks to these breakthroughs, major fire disasters in the Istanbul of that period were prevented, and loss of life was minimized. Unfortunately, we have lost this vision over time.

TURKEY'S STRATEGIC TREASURE: BORON TECHNOLOGIES

Today, we are facing a bitter truth: While countries like Sweden buy our BORON and "blow the whistle" on science, we are chasing people to blame. It is a great pity. Our country, which possesses 73% of the world's boron reserves, is content with SELLING this VALUABLE MINERAL as a RAW MATERIAL instead of transforming it into high-tech products.

FIRE RETARDANT PROPERTIES OF BORON COMPOUNDS AND LIFE-SAVING POTENTIAL

1. It lowers the combustion temperature by absorbing heat from the environment through endothermic reactions - this feature could have bought critical minutes for escape in wooden structures like the one in Kartalkaya

2. It prevents oxygen diffusion by creating a carbonized protective layer - it preserves structural integrity and provides time for evacuation

3. It inhibits free radical chain reactions - it dramatically reduces the spread rate of the fire

4. It minimizes the formation of toxic gases - it increases the survival chances of victims

SCIENTIFIC APPROACH AND INSTITUTIONAL EXPERIENCE IN DISASTER MANAGEMENT

Especially in tourist facilities in gendarmerie regions, the coordination of the central authority is of vital importance. At this point, the fire protocols and EMASYA training that the TSK (Turkish Armed Forces) meticulously implements in every barracks are a standard that should be taken as an example. Disaster management requires the following multidisciplinary approaches:

- Structural safety standards and continuous inspection

- Scientifically based emergency response protocols

- Regular personnel training and drills

- Modern fire extinguishing systems and their maintenance

- Early warning mechanisms and evacuation plans

THE PATH TO SCIENTIFIC SALVATION

The Kartalkaya disaster has shown the price of ignoring scientific thought. The boron reserves we have hold tremendous potential that, when used correctly—as done by the world countries that buy from us—can prevent loss of life. To realize this potential:

- R&D investments in the field of boron technologies must be increased

- University-industry cooperation must be strengthened

- Fire safety standards must be reorganized on a scientific basis

- EMASYA training must be expanded to local governments

While we bow with respect before the memory of the lives we lost, we must learn the necessary lessons from this tragedy and take science as our guide. Every structure built by those who rely on the "wisdom of ignorance" either collapses in an earthquake, crushing and taking lives, or burns in a fire, turning into smoke and ash. Because science saves lives not only in laboratories and hospitals, but in every field of life. 

Let us conclude with a quote from the Head Teacher:

"The nation must clearly know: Civilization is such a powerful fire that it burns and destroys those who are indifferent to it." Gazi M. Kemal Atatürk