The Bergius process, developed in 1913, enabled the hydrogenation of lignite to create synthetic fuel. This breakthrough in high-pressure chemistry defined the professional trajectory of Friedrich Bergius, a chemist whose research shifted between industrial fuel production and the hydrolysis of wood, ultimately leading to global scientific recognition despite persistent financial and political turbulence during his career.
Academic Foundation and Early Research
Born in 1884 in Złotniki, Bergius pursued studies at the University of Wrocław and the University of Leipzig, where he earned his doctorate in 1907 under the supervision of Arthur Rudolf Hantzsch. Before completing his university education, he gained practical experience at the Friedrich Wilhelms steel works in Mülheim. By 1909, he worked briefly with Fritz Haber and Carl Bosch at the University of Karlsruhe, subsequently moving to Leibniz University Hannover to work alongside Max Bodenstein.
Twenty questions, eight minutes on the clock, and a percentile measured against everyone who has taken it. No sign-up.
Take the IQ test →High-Pressure Chemistry and Synthetic Fuel
During his habilitation, Bergius focused on high-pressure and high-temperature reactions involving carbon substrates. In 1914, he collaborated with Theodor Goldschmidt to build an industrial plant for his patented hydrogenation process. Despite technical delays, inflation, and initial criticism from Franz Joseph Emil Fischer, the process eventually supported significant production capacity before World War II. Bergius eventually sold his patents to BASF, where Carl Bosch further refined the industrial application.
Sugar Production and Later Career
Bergius expanded his research into the hydrolysis of wood to generate industrial sugar. This project, based in Heidelberg, faced severe technical challenges and high operational costs that brought him to the brink of bankruptcy. His 1931 Nobel Prize in Chemistry, shared with Carl Bosch for their work on high-pressure methods, was targeted by creditors. Following wartime air raids in Austria that destroyed his laboratory, Bergius left Germany.
Final Years in Argentina
Following World War II, his previous collaboration with IG Farben led to scrutiny of his citizenship status. He sought professional roles in countries including Italy, Turkey, Spain, and Switzerland. He eventually emigrated to Argentina, serving as an adviser to the Ministry of Industry. Bergius died in Buenos Aires in 1949 and was interred at the local German Cemetery.
Fast facts
- Born: 1884, Złotniki
- Died: 1949, Buenos Aires
- Education: University of Wrocław, Leipzig University
- Key Award: Nobel Prize in Chemistry (1931)
- Additional Awards: Liebig Medal (1928), Wilhelm Exner Medal (1937), Melchett Medal
- Academic Membership: Heidelberg Academy of Sciences and Humanities
- Employer: Leibniz University Hannover
Questions readers ask
What was the Bergius process?
It was a 1913 patented method for producing synthetic liquid hydrocarbons by hydrogenating lignite or brown coal.
Why did Bergius move to Argentina?
After World War II, his citizenship status came into question due to his work with IG Farben, prompting him to leave Germany.
