George A. Olah

Superacids that make fleeting carbocations last long enough to study

• The Nobel committee credited his work with new ways to turn straight-chain hydrocarbons, which have low octane numbers, into branched ones with high octane numbers, and to build larger hydrocarbons from methane.^[4],[5]
• USC says he contributed to cleaner lead-free, high-octane gasoline and to processes now used in pharmaceutical and industrial chemistry. He held 160 patents from seven countries.^[10]
• His methanol economy proposed recycling carbon dioxide from exhaust gases, and eventually from air, into methanol fuel using renewable or nuclear energy; his group also developed a direct methanol fuel cell with Caltech's Jet Propulsion Laboratory.^[2],[10]
• The George Olah Renewable Methanol Plant in Iceland, opened in 2012, was the first industrial-scale plant to make fuel from captured CO2. At full size it recycles 5,500 tonnes of CO2 a year.^[11],[12]
• Carbocation chemistry now holds a prominent place in all modern organic chemistry textbooks, the Nobel committee noted, and the research institute he founded at USC has trained more than 300 scientists.^[4],[10]

Olah's main gift was a way to see. By making fleeting carbocations last long enough to measure, he turned educated guesses about how many reactions work into direct observation, and his results now appear in every organic chemistry textbook. That knowledge feeds into oil refining, petrochemicals and drug making, where acid-driven reactions pass through the same ions. But it cannot honestly be turned into a count of people helped: industrial processes also depend on many other chemists and engineers, and some of the gains served fossil fuels. The only number we attach is small and deliberately cautious: carbon dioxide kept out of the air by plants that make methanol from captured CO2, the core of his methanol economy idea, credited to him at 5%. The rest of his legacy is harder to count: close to 1,500 papers, 160 patents, more than 300 scientists trained at his institute, and an early, widely noticed argument for recycling carbon instead of burning new fossil carbon.

Fundamental scienceTechnologyEnergyEnvironment

Each number is the laureate’s credited share of a real-world outcome, cumulative to 2025. The whole outcome, the share of credit, and the reasoning are shown so you can check the arithmetic. Outcomes shared with other laureates are counted once on the impact page.

• Low confidenceRippleModeledEnvironment

  CO2 emissions avoided by CRI's plants that turn captured CO2 into methanol, as Olah's methanol economy proposed

  10,000–45,000 t CO₂e

  avoided, credited share

  That is 5% of 200,000–900,000 t CO₂e of emissions avoided since 2012.

  How this number was built

  CRI data: the Iceland plant (2012) grew from 1,300 to 4,000 t of methanol a year (full size recycles 5,500 t CO2/yr; about 1,800 t before its 2015 expansion). Shunli, China (Q3 2022) recycles 160,000 t/yr; Sailboat, China (Sept 2023) 150,000 t/yr. CO2 recycled to end-2025 at 50% (low) or 100% (high) of capacity: Iceland 0.5-1 x (4 x 1,800 + 10 x 5,500) = 31,000-62,000 t; Shunli 3.0-3.25 years, 240,000-520,000 t; Sailboat 2.0-2.3 years, 150,000-345,000 t. Total about 0.42-0.93 Mt. Low counts half as avoided (the Chinese plants use by-product hydrogen from fossil sources); high counts all (an SGS audit found an 80-90% CO2 cut versus fossil fuels in Iceland). Rounded: 0.2-0.9 Mt. Share 0.05: Olah framed and championed CO2-to-methanol recycling and the first plant bears his name, but CRI's engineering, catalysts and electrolysis did the work. Credited: about 10,000-45,000 t.^{[11],[12],[13],[14],[15],[18]}

  Sources: Carbon Recycling International; Carbon Recycling International; Carbon Recycling International; Carbon Recycling International; Chemical & Engineering News (American Chemical Society); International Renewable Energy Agency (IRENA) and Methanol Institute

• Minor

  Chemistry in the service of oil refining

  The practical uses the Nobel committee cited in 1994, including higher-octane gasoline, cracking heavy oil and liquefying coal under mild conditions, mainly helped the fossil-fuel industry. Olah said no award meant more to him than the ACS Award in Petroleum Chemistry, given for Friedel-Crafts chemistry related to refining crude oil.^[5],[11]

• Minor

  The methanol boom has run mostly on fossil fuels

  IRENA reported that methanol output nearly doubled in a decade to about 98 million tonnes in 2019, much of the growth from coal in China. About 65% came from natural gas and 35% mostly from coal, with life-cycle emissions of about 0.3 billion tonnes of CO2 a year; only about 0.2% was renewable. Olah argued for methanol from recycled CO2 instead.^[10],[15]

• 1939

  Discrimination

  Hungary's Second Jewish Law of 1939 defined Jews by race rather than religion, so baptized families of Jewish origin were targeted too; about 100,000 people who did not identify as Jewish were counted as Jews.^[9]

• 1943

  Quota

  Hungarian law ordered high schools to restrict the number of Jewish pupils for the 1943-44 school year. His Piarist school applied the limit only to first-year pupils and kept older students like him.^[6]

• 1944

  Holocaust survivor

  As Hungary's racial laws threatened his life, he went into hiding for the last months of the war in Budapest and was among the persecuted children sheltered by Lutheran pastor Gábor Sztehlo. He and his parents survived; he later called those experiences very difficult, even horrifying.^{[6],[7],[8],[9],[16],[19]}

• —

  Family killed

  His older brother Peter, three years his senior and also a Piarist pupil, did not survive the war. His name is on the school's memorial plaque to its martyrs.^[6],[7]

• 1950

  Other

  In communist Hungary he had to make basic chemicals such as hydrogen fluoride himself, worked in a converted balcony lab, and called isolation a most depressing aspect of doing science there, though a biographer notes he was well placed compared with his peers.^[2],[6]

• 1956

  Exile

  After the Soviet army crushed the 1956 revolution, he fled Hungary with his wife, young son and much of his research group, among about 200,000 Hungarians who left. The Higher Doctorate thesis he had just submitted was never defended.^[2],[7]

Olah was born in Budapest to lawyer Gyula (Julius) Oláh and Magda Krasznai. Hungary's anti-Jewish laws counted him as Jewish: in 1944 he went into hiding and was among the children saved by pastor Gábor Sztehlo. In a 2003 letter he wrote that he no longer lived under the shadow of Nazi-era racial laws. His Catholic school and Sztehlo's early focus on converted Jewish children suggest a family of Jewish origin that had become Christian. He never publicly called himself Jewish. Wikipedia calls his parents a Jewish couple, but no source we opened says which parent was Jewish.^{[2],[6],[7],[8],[16],[17]}

1. May 22, 1927

   Born György Oláh in Budapest, Hungary, son of the lawyer Gyula (Julius) Oláh and Magda Krasznai.^[1],[17]

2. 1944

   Goes into hiding in Budapest during the Holocaust and is sheltered by pastor Gábor Sztehlo's rescue network; his older brother Peter does not survive the war.^[6],[7],[8]

3. 1945

   Passes his final exams at the Piarist gymnasium in spring and enrolls in chemical engineering at the Technical University of Budapest.^[6],[7]

4. 1949

   Graduates, begins research under Géza Zemplén and marries Judit Lengyel, who later joins his research.^[2],[7]

5. 1954

   Earns his PhD-equivalent degree and sets up an organic chemistry group at the Hungarian Academy of Sciences' new Central Chemical Research Institute.^[2],[7]

6. 1956

   Flees Hungary after the Soviet crackdown on the revolution, with his family and much of his research group; reaches London in late December.^[2],[6]

7. 1957

   Joins Dow Chemical's new exploratory research laboratory in Sarnia, Ontario.^[2]

8. 1962

   At the Brookhaven organic reaction mechanism conference, presents his method of making long-lived carbocations in superacids.^[6],[7]

9. 1965

   Returns to academia as professor and department chair at Western Reserve University in Cleveland, Ohio.^[2]

10. 1977

    Moves to the University of Southern California and sets up a hydrocarbon research institute, later named the Loker Hydrocarbon Research Institute.^[2],[10]

11. 1994

    Wins the unshared Nobel Prize in Chemistry for his contribution to carbocation chemistry.^[1],[4]

12. 2012

    Carbon Recycling International commissions the George Olah Renewable Methanol Plant in Iceland, named in his honor.^[12],[18]

13. 2013

    Receives the Eric and Sheila Samson Prime Minister's Prize for Innovation in Alternative Fuels for Transportation.^[10]

14. March 8, 2017

    Dies at his home in Beverly Hills, California, aged 89.^[1],[10]

1. 1.George A. Olah - Facts · NobelPrize.org (Nobel Prize Outreach)
2. 2.George A. Olah - Biographical (with 2005 addendum) · NobelPrize.org (from Les Prix Nobel 1994), 1995
3. 3.My Search for Carbocations and Their Role in Chemistry (Nobel Lecture, 8 December 1994) · NobelPrize.org, 1994
4. 4.Press release: The Nobel Prize in Chemistry 1994 · NobelPrize.org (Royal Swedish Academy of Sciences), 1994
5. 5.Award ceremony speech, Nobel Prize in Chemistry 1994 (presentation by Professor Salo Gronowitz) · NobelPrize.org, 1994
6. 6.Structures and mechanisms in chemical reactions: George A. Olah's life-long search of chemistry (István Hargittai) · Structural Chemistry 28:259-277 (Springer), 2016
7. 7.George A. Olah (1927-2017), obituary (István Hargittai and Balazs Hargittai) · Structural Chemistry 28:563-564 (Springer), 2017
8. 8.Későbbi Nobel-díjas is volt a Sztehlo Gábor által megmentett zsidó fiatalok között (A future Nobel laureate was among the Jewish young people saved by Gábor Sztehlo) (MTI report, archived copy) · Múlt-kor, 2020
9. 9.The Holocaust in Hungary (Holocaust Encyclopedia) · United States Holocaust Memorial Museum
10. 10.In memoriam: Nobel laureate George Olah, 89 · USC News (University of Southern California), 2017
11. 11.George Olah dies at age 89 · Chemical & Engineering News (American Chemical Society), 2017
12. 12.George Olah Renewable Methanol Plant: first production of fuel from CO2 at industrial scale · Carbon Recycling International
13. 13.The Shunli CO2-to-Methanol Production Plant · Carbon Recycling International
14. 14.The Sailboat CO2 to Green Methanol Project · Carbon Recycling International
15. 15.Innovation Outlook: Renewable Methanol · International Renewable Energy Agency (IRENA) and Methanol Institute, 2021
16. 16.Jewish Nobel Prize Winners in Chemistry (note 9 on George Olah) · Jinfo.org
17. 17.George Andrew Olah · Wikipedia
18. 18.About CRI (company history timeline) · Carbon Recycling International
19. 19.The Lutheran Oskar Schindler (Gábor Sztehlo) · Living Lutheran (Evangelical Lutheran Church in America)