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GFS Chemicals Inc, formerly known as G. Frederick Smith Chemical Company  , is an American family owned specialty chemical company located in and around Columbus, OH. It was founded by G. Frederick Smith PhD in 1928 and has a home office in Powell, OH. George Frederick Smith was a pioneer and ardent advocate in the use of Perchloric Acid and Perchlorate Salts, due to their unique nature, in analytical chemistry. To this effect he authored and co-authored many scholarly papers and text books on the subject. Today GFS Chemicals serves over seventy countries, and a variety of industries including: Alternative Energy and Energy Storage, Pharmaceuticals and Bio-Technology, Electronics and Etching, and Environmental and Research Analytics. This broad support of science and industry, seemingly disproportionate for a company with just over one hundred employees, is managed by a simple division into three separate, yet interconnected units: Organic Specialty Materials, Inorganic Specialty Materials, and Analytical Reagents & Research Chemicals Catalog Division.

George Frederick Smith (also known as G.F.) Founder, President, CEO (1928-1969)
Founder, President and CEO of G. Frederick Smith Chemical Co (1928-1969). Chairman of the A.C.S. Physical and Inorganic Division (1940) and recipient of the Fisher Award (1954).

1924	 
 * The Smith Chemical Company is started in G. Frederick Smith’s garage in Urbana, Illinois as a result of his pioneering efforts in the use of Magnesium Perchlorate as a super drying agent  . He enlists the help of his brothers Allyne (who studied engineering at Ohio State) and Clarence (who worked for a local news paper). Orders from his colleagues, and quality control labs in the steel industry, quickly outpace their ability to fill them.

1928	 
 * G. Frederick Smith Chemical Company moves to Columbus, OH on McKinley Ave and begins to sell Magnesium Perchlorate under the trade name “Dehydrite” for A.H. Thomas Co. Later G. Frederick Smith Chemical Company would become one of the leading Perchloric Acid and Perchlorate Salt producers in the world.

1930’s 
 * Charles Getz (PhD), a student of G.F.’s at the time, in an attempt to store milk anaerobically to prevent spoilage, accidentally invents the worlds first aerosol dispensed product, instant whipped cream. He and G.F. found nitrous oxide to be the most suitable gas and they start the Aerated Products Company, later known as Instantwhip. The company would later be turned over to G.F.’s son Clifton, although Dr. Getz would still be the patent holder.


 * G.F. starts producing commercial quantities of 1,10-phenanthroline and its derivatives, producing a range of indicators to meet the needs of his colleagues in the analytical chemistry world. He would then add them to the G. Frederick Smith Chemical Company’s product line.


 * Smith also investigated the preparation of cerium compounds for use as titrants in oxidation and reduction reactions. Aided by phenanthroline indicators, he produced hexanitratocerate as a primary standard and again added it to his catalog.
 * G.F. gains full professorship at the University of Illinois.


 * Studies of Periodic Acid, Iodic Acid, and their salts prompt a new line of products. “The Professor”, as he was sometimes called, reveled in the idea of creating new chemical compounds and then later creating a market for them.

1940’s 
 * Rare Earth products, such as Ceric Ammonium Nitrate, and Heteroaromatic Ligands introduced to the product line as a response to “The Professor’s” studies.


 * G.F.’s brother Clarence dies (1941). Allyne continues to run the growing business

1950’s 
 * US space program begins in earnest and material scientists are in need of super pure analytical reagents (1956), and the scientists in charge of the analysis contact G.F. for help. G.F. responds by having new high purity redistilled inorganic acids developed and produced to meet this analytical need to the parts per billion and parts per trillion purity level in specially designed stills. This is then added to the regular product line after its successful use.


 * G.F. retires from his professorship at the University of Illinois (1956) but “The Professor” continues to work on new chemicals and processes at the chemical plant.

1960’s


 * Allyne retires and turns control of G. Frederick Smith Chemical Company over to Darrell Hutchinson, his son-in-law, to run as President and CEO.

=== Darrell Hutchinson-President (1969-1997) CEO (1969-2004) ===

1970’s
 * G. Frederick Smith Chemical Co. collaborates with Motorola on first Ceric Ammonium Nitrate based chrome etchants for use in early computer chips.


 * G. Frederick Smith Chemical Co becomes the sole US manufacturer of Perchloric Acid after Hooker (formerly Oldsbury Electrochemical Co.) decides to abandon their pursuits in this field.


 * G. Frederick Smith dies (1976) The University of Illinois still holds the G. Frederick Smith lecture series in his memory every year. The lecture series has routinely brought world class scientists to the U of I to present their work. Recent lecturers include James Anderson, Richard Mathies, Richard Van Duyne, Barbara Finlayson-Pitts, Hermann Gaub, Alan Marshall and Allen Bard.

1980’s 
 * Instantwhip and G. Frederick Chemical Co. part ways following a stock swap agreement between those who held ownership stakes in both of the firms.

1990’s 
 * G. Frederick Smith Chemical Co. shortens its name to GFS Chemicals, Inc and then acquires Ericsen Instruments Karl Fischer reagent business (now the Watermark brand), and several other unique specialty organic product lines from Farchan Laboratories, and Shawnee Chemical Company in order to expand the available organic products offered and to explore new uses and formulations.


 * GFS becomes ISO 9001:2008 Certified.


 * A new plant is built specifically for the production of Perchloric Acid.


 * J. Steel Hutchinson becomes the third generation President of GFS Chemicals.

J. Steel Hutchinson – President (1997-Present) CEO (2004-Present)
2000–2010


 * New Organic production facility built, allowing for the development of previously purchased product lines to be expanded upon, including; liquid ammonia chemistry, silanes, acetylenes, and other organics.


 * Acquisition of APS Analytical Standards for turbidimeters, colorimeters, and spectrometers. This business was then moved from California to Columbus, OH.


 * Distilled acids demand increases. GFS expands and more distillation equipment is added to accommodate.


 * Inorganic and Organic research labs built in order to continue research as well as provide essential quality control testing.


 * SOCMA Chem Steward Tier II Certification achieved.


 * Partnership for the manufacture of Ammonia Borane with Ensign-Bickford Aerospace and Defense made.

2011 – Present 
 * Catalog Order Distribution Center purchased on Kaderly Drive on the west side of Columbus, OH. This now houses all GFS catalog fulfillment activities, private labeling and analytical laboratory reagents manufacturing.


 * Due to import issues with China, GFS embarks on a research campaign and becomes the only domestically secured chain of supply for Cerium.

component.
 * New grade of Ceric Ammonium Nitrate introduced with tighter metals tolerances to make it a superior electronics grade etchant


 * The American Association for Laboratory Accreditation (A2LA) expands accreditation to GFS for ISO/IEC 17025:2005 for turbidity, pH buffers, and conductivity standards.

Inorganic Specialty Materials Division
Located in Columbus, OH, the Inorganic manufacturing facility is the original cornerstone of GFS Chemicals, as first used by G. Frederick Smith. Today it is larger and handles more materials than even “The Professor” could have hoped. Below are the core chemistries performed here


 * Perchloric Acid and Perchlorate Compounds
 * Rare Earth Salts and Solutions
 * Anhydrous Bulk Reagent Chemicals
 * Lithium Compounds
 * Periodic Acid/Iodic Acid and Salts
 * High Purity Inorganic Chemicals and Single Phase Materials
 * Silver Salts

Organic Specialty Materials Division
Located on River Street Columbus, OH, the Organic manufacturing facility as a location is a relatively new facility. GFS has always performed organic chemistries, however after the acquisition period more space was needed to further develop the business and to explore the future scientific opportunities which could be advanced. These newer developments have at times crossed over with the Inorganic side with anhydrous Lithium Perchlorate in the form of Lithium Perchlorate-Diethyl Ether to promote synthetic organic chemical synthesis in bulk, as an example. Below are the core chemistries performed here


 * Acetylenes and Olefins
 * Silanes and Silyl Intermediates
 * Phenanthrolines, Bipyridines and Porphine Ligands, plus Ruthenium and other Metal complexes
 * Ionophores
 * Cholesteryl Esters
 * Polyethylenimine Resins and Precious Metal Catalysts
 * Solvents and Reagents for Synthetic Organic Chemical Research

Analytical Reagents and Research Chemicals Catalog Division
Located on Kaderly Drive Columbus, OH, the newest addition to the GFS landscape is also the oldest business. G. Frederick Smith was spurred to create many of the chemical compounds, especially perchlorates and trace metal perchloric acid, in response to the needs of his colleagues in analytical chemistry. This tradition is continued here and is the most commonly associated part of the business when a chemist or researcher hears of GFS Chemicals. The trace metal acids are especially popular among researchers who are looking to digest organics for study without the risk of metal contamination. Recently the American Association of Laboratory Accreditation expanded the accreditation to meet ISO/IEC 17025:2005 for the standards and buffers produced here as well as EPA approval for the AMCO clear line of turbidity standards. Below are the core chemistries performed here


 * Watermark/Karl Fischer Reagents, Pyridine-Based and Pyridine-Free
 * Veritas Trace Metal Acids
 * ACS Reagents
 * AA/ICP/Ion Standards
 * pH Reference Buffers
 * Indicators
 * Primary Standards and Analytical Solutions
 * High purity, specialty Quat Salts and Solutions
 * Environmental and Contract Lab Standard Solutions
 * Sorbents and Solvents for Chromatography including Silicas, Aluminas, Ion Exchange Resins
 * Organic Halogen Reagent for the determination of organically bonded halogens.

Note worthy contribution to science and industry not previously mentioned
Allyne Smith’s contribution in the invention of the returnable aerosol can for instant whipped cream.

When G. Frederick Smith returned to the plant with his idea for a new product, he was at a loss as to how to fill and dispense the cream without contamination or pressure loss. Allyne Smith, who was in charge of the plant at the time, came up with an elegant and simple means of doing so, based off of the common bicycle valve stem. His mechanism for pressurization and discharge kept the can hygienic and capable of dispensing whipped cream of 350 percent overrun and is still in use today. This idea was later translated into an entirely new industry of aerosol dispensed products from hair spray and room deodorizers to spray paint and cooking spray.

Request review at WP:AFC
GFS Chemicals Inc, formerly known as G. Frederick Smith Chemical Company  , is an American family owned specialty chemical company located in and around Columbus, OH. It was founded by G. Frederick Smith PhD in 1928 and has a home office in Powell, OH. George Frederick Smith was a pioneer and ardent advocate in the use of Perchloric Acid and Perchlorate Salts, due to their unique nature, in analytical chemistry. To this effect he authored and co-authored many scholarly papers and text books on the subject. Today GFS Chemicals serves over seventy countries, and a variety of industries including: Alternative Energy and Energy Storage, Pharmaceuticals and Bio-Technology, Electronics and Etching, and Environmental and Research Analytics. This broad support of science and industry, seemingly disproportionate for a company with just over one hundred employees, is managed by a simple division into three separate, yet interconnected units: Organic Specialty Materials, Inorganic Specialty Materials, and Analytical Reagents & Research Chemicals Catalog Division.

George Frederick Smith (also known as G.F.) Founder, President, CEO (1928-1969)
Founder, President and CEO of G. Frederick Smith Chemical Co (1928-1969). Chairman of the A.C.S. Physical and Inorganic Division (1940) and recipient of the Fisher Award (1954)

1924	 
 * The Smith Chemical Company is started in G. Frederick Smith’s garage in Urbana, Illinois as a result of his pioneering efforts in the use of Magnesium Perchlorate as a super drying agent  . He enlists the help of his brothers Allyne (who studied engineering at Ohio State) and Clarence (who worked for a local news paper). Orders from his colleagues, and quality control labs in the steel industry, quickly outpace their ability to fill them.

1928	 
 * G. Frederick Smith Chemical Company moves to Columbus, OH on McKinley Ave and begins to sell Magnesium Perchlorate under the trade name “Dehydrite” for A.H. Thomas Co. Later G. Frederick Smith Chemical Company would become one of the leading Perchloric Acid and Perchlorate Salt producers in the world.

1930’s 
 * Charles Getz (PhD), a student of G.F.’s at the time, in an attempt to store milk anaerobically to prevent spoilage, accidentally invents the worlds first aerosol dispensed product, instant whipped cream. He and G.F. found nitrous oxide to be the most suitable gas and they start the Aerated Products Company, later known as Instantwhip. The company would later be turned over to G.F.’s son Clifton, although Dr. Getz would still be the patent holder.


 * G.F. starts producing commercial quantities of 1,10-phenanthroline and its derivatives, producing a range of indicators to meet the needs of his colleagues in the analytical chemistry world. He would then add them to the G. Frederick Smith Chemical Company’s product line.


 * Smith also investigated the preparation of cerium compounds for use as titrants in oxidation and reduction reactions. Aided by phenanthroline indicators, he produced hexanitratocerate as a primary standard and again added it to his catalog.
 * G.F. gains full professorship at the University of Illinois.


 * Studies of Periodic Acid, Iodic Acid, and their salts prompt a new line of products. “The Professor”, as he was sometimes called, reveled in the idea of creating new chemical compounds and then later creating a market for them.

1940’s 
 * Rare Earth products, such as Ceric Ammonium Nitrate, and Heteroaromatic Ligands introduced to the product line as a response to “The Professor’s” studies.


 * G.F.’s brother Clarence dies (1941). Allyne continues to run the growing business

1950’s 
 * US space program begins in earnest and material scientists are in need of super pure analytical reagents (1956), and the scientists in charge of the analysis contact G.F. for help. G.F. responds by having new high purity redistilled inorganic acids developed and produced to meet this analytical need to the parts per billion and parts per trillion purity level in specially designed stills. This is then added to the regular product line after its successful use.


 * G.F. retires from his professorship at the University of Illinois (1956) but “The Professor” continues to work on new chemicals and processes at the chemical plant.

1960’s


 * Allyne retires and turns control of G. Frederick Smith Chemical Company over to Darrell Hutchinson, his son-in-law, to run as President and CEO.

=== Darrell Hutchinson-President (1969-1997) CEO (1969-2004) ===

1970’s
 * G. Frederick Smith Chemical Co. collaborates with Motorola on first Ceric Ammonium Nitrate based chrome etchants for use in early computer chips.


 * G. Frederick Smith Chemical Co becomes the sole US manufacturer of Perchloric Acid after Hooker (formerly Oldsbury Electrochemical Co.) decides to abandon their pursuits in this field.


 * G. Frederick Smith dies (1976) The University of Illinois still holds the G. Frederick Smith lecture series in his memory every year. The lecture series has routinely brought world class scientists to the U of I to present their work. Recent lecturers include James Anderson, Richard Mathies, Richard Van Duyne, Barbara Finlayson-Pitts, Hermann Gaub, Alan Marshall and Allen Bard.

1980’s 
 * Instantwhip and G. Frederick Chemical Co. part ways following a stock swap agreement between those who held ownership stakes in both of the firms.

1990’s 
 * G. Frederick Smith Chemical Co. shortens its name to GFS Chemicals, Inc and then acquires Ericsen Instruments Karl Fischer reagent business (now the Watermark brand), and several other unique specialty organic product lines from Farchan Laboratories, and Shawnee Chemical Company in order to expand the available organic products offered and to explore new uses and formulations.


 * GFS becomes ISO 9001:2008 Certified.


 * A new plant is built specifically for the production of Perchloric Acid.


 * J. Steel Hutchinson becomes the third generation President of GFS Chemicals.

J. Steel Hutchinson – President (1997-Present) CEO (2004-Present)
2000–2010


 * New Organic production facility built, allowing for the development of previously purchased product lines to be expanded upon, including; liquid ammonia chemistry, silanes, acetylenes, and other organics.


 * Acquisition of APS Analytical Standards for turbidimeters, colorimeters, and spectrometers. This business was then moved from California to Columbus, OH.


 * Distilled acids demand increases. GFS expands and more distillation equipment is added to accommodate.


 * Inorganic and Organic research labs built in order to continue research as well as provide essential quality control testing.


 * SOCMA Chem Steward Tier II Certification achieved.


 * Partnership for the manufacture of Ammonia Borane with Ensign-Bickford Aerospace and Defense made.

2011 – Present 
 * Catalog Order Distribution Center purchased on Kaderly Drive on the west side of Columbus, OH. This now houses all GFS catalog fulfillment activities, private labeling and analytical laboratory reagents manufacturing.


 * Due to import issues with China, GFS embarks on a research campaign and becomes the only domestically secured chain of supply for Cerium.

component.
 * New grade of Ceric Ammonium Nitrate introduced with tighter metals tolerances to make it a superior electronics grade etchant


 * The American Association for Laboratory Accreditation (A2LA) expands accreditation to GFS for ISO/IEC 17025:2005 for turbidity, pH buffers, and conductivity standards.

Inorganic Specialty Materials Division
Located in Columbus, OH, the Inorganic manufacturing facility is the original cornerstone of GFS Chemicals, as first used by G. Frederick Smith. Today it is larger and handles more materials than even “The Professor” could have hoped. Below are the core chemistries performed here


 * Perchloric Acid and Perchlorate Compounds
 * Rare Earth Salts and Solutions
 * Anhydrous Bulk Reagent Chemicals
 * Lithium Compounds
 * Periodic Acid/Iodic Acid and Salts
 * High Purity Inorganic Chemicals and Single Phase Materials
 * Silver Salts

Organic Specialty Materials Division
Located on River Street Columbus, OH, the Organic manufacturing facility as a location is a relatively new facility. GFS has always performed organic chemistries, however after the acquisition period more space was needed to further develop the business and to explore the future scientific opportunities which could be advanced. These newer developments have at times crossed over with the Inorganic side with anhydrous Lithium Perchlorate in the form of Lithium Perchlorate-Diethyl Ether to promote synthetic organic chemical synthesis in bulk, as an example. Below are the core chemistries performed here 
 * Acetylenes and Olefins
 * Silanes and Silyl Intermediates
 * Phenanthrolines, Bipyridines and Porphine Ligands, plus Ruthenium and other Metal complexes
 * Ionophores
 * Cholesteryl Esters
 * Polyethylenimine Resins and Precious Metal Catalysts
 * Solvents and Reagents for Synthetic Organic Chemical Research

Analytical Reagents and Research Chemicals Catalog Division
Located on Kaderly Drive Columbus, OH, the newest addition to the GFS landscape is also the oldest business. G. Frederick Smith was spurred to create many of the chemical compounds, especially perchlorates and trace metal perchloric acid, in response to the needs of his colleagues in analytical chemistry. This tradition is continued here and is the most commonly associated part of the business when a chemist or researcher hears of GFS Chemicals. The trace metal acids are especially popular among researchers who are looking to digest organics for study without the risk of metal contamination. Recently the American Association of Laboratory Accreditation expanded the accreditation to meet ISO/IEC 17025:2005 for the standards and buffers produced here as well as EPA approval for the AMCO clear line of turbidity standards. Below are the core chemistries performed here


 * Watermark/Karl Fischer Reagents, Pyridine-Based and Pyridine-Free
 * Veritas Trace Metal Acids
 * ACS Reagents
 * AA/ICP/Ion Standards
 * pH Reference Buffers
 * Indicators
 * Primary Standards and Analytical Solutions
 * High purity, specialty Quat Salts and Solutions
 * Environmental and Contract Lab Standard Solutions
 * Sorbents and Solvents for Chromatography including Silicas, Aluminas, Ion Exchange Resins
 * Organic Halogen Reagent for the determination of organically bonded halogens.

Note worthy contribution to science and industry not previously mentioned
Allyne Smith’s contribution in the invention of the returnable aerosol can for instant whipped cream.

When G. Frederick Smith returned to the plant with his idea for a new product, he was at a loss as to how to fill and dispense the cream without contamination or pressure loss. Allyne Smith, who was in charge of the plant at the time, came up with an elegant and simple means of doing so, based off of the common bicycle valve stem. His mechanism for pressurization and discharge kept the can hygienic and capable of dispensing whipped cream of 350 percent overrun and is still in use today. This idea was later translated into an entirely new industry of aerosol dispensed products from hair spray and room deodorizers to spray paint and cooking spray.

External Link
Official website