Naphta, the mysterious origin of this flammable liquid has attracted widespread attention from historians and scientists. Although used frequently in modern industry, this liquid has a little-known history in ancient cultures. From ancient documentation to contemporary applications, the origins and properties of Naphta provide a wealth of research material.
The word Nafta comes from Latin and Ancient Greek, where "naft" in Ancient Persian means "moist". There are several references in ancient texts to the use of this flammable liquid for rituals and ignitions. According to the description in 2 Maccabees, a kind of "thick water" was placed on the sacrifice, which would burn when the sun shined on it. This substance is called "Nephthar," which literally means "purification."
"In ancient Greece, naphta was used to refer to any form of petroleum or bitumen, and it is described in some texts as a highly flammable and strong-smelling liquid."
Over time, the uses and methods of making naphta have evolved. In the mid-19th century, the definition of Nafta gradually became clear, and the main product was the liquid after fractionation of petroleum. Naphta is often used as a solvent or fuel in this process, especially in camping stoves and lighters, where it is widely used because of its easy-to-ignite properties.
The diversity of Naphta lies in the fact that it can be generated from different raw materials, with refining petroleum being the most common way. In different languages, the word "nafta" often refers to oil or crude oil. In some countries, it is even used to refer to diesel fuel or gasoline, showing that Nafta has different legal and cultural contexts in different regions.
“Nafta is used to dilute heavy oil to reduce its viscosity and facilitate transportation, a feature that is particularly important in the context of the transformation of global crude oil production.”
Like many industrial chemicals, Nafta presents health risks. There are multiple risks of exposure to Naphta through the workplace, including inhalation, ingestion, or skin contact. The U.S. Occupational Safety and Health Administration (OSHA) sets the permissible exposure limit for Nafta at 100 ppm. Excessive exposure to Naphta can cause serious health problems and even be life-threatening.
With the rise of renewable energy, will Nafta's role be redefined in the future energy landscape? Can we find a safer and sustainable alternative to this ancient liquid?