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...ich used a [[cobalt]] catalyst, was developed by German chemical company [[BASF]] in 1963. In 1968, a [[rhodium]]-based catalyst (''cis''−[Rh(CO)<sub>2</

...|title=BASF - Product information the chemicals catalog - Pluronics |work=BASF Corporation Website |accessdate=2008-12-09}}</ref>

It is supplied by Solvay Advanced Polymers, [[BASF]], and [[PolyOne Corporation]].

...are [http://iwww.plasticsportal.com/products/styroflex.html Styroflex] ([[BASF]]), Kraton ([[Royal Dutch Shell|Shell]] chemicals), Pellethane, Engage ([[D

...yTHF is [[BASF]] in Ludwigshafen (185,000 metric tons per year).<ref name="basf"> {{cite web | url = http://www.basf.de/en/intermed/industries/spandex/global_player.htm

.... These beads are the raw material for moulding parts or extruding sheets. BASF and Stastny applied for a patent which was issued in 1949. The moulding pro

| 25g || Wax A (a polyethylene wax) ([[BASF]]) | 30g || [[Ketone]] Resin N ([[BASF]])

*Pendulum; [[BASF]]

...F UV Absorber Portfolio Performance Data and Regulatory Status], cosmetics.basf.de</ref>

...[[Ultraviolet|UVA]] radiation. It is marketed as '''Uvinul A Plus''' by [[BASF]]. DHHB has an absorption maximum of 354 nm.<ref>{{cite journal ...F UV Absorber Portfolio Performance Data and Regulatory Status], cosmetics.basf.de</ref>

...ntered into a collaboration with the German chemist [[Heinrich Caro]] at [[BASF]].<ref name=reinhardt2000>{{citation | last1=Reinhardt | first1=C. | last2=

Commercial production of ethylene oxide dates back to 1914 when [[BASF]] built the first factory which used the chlorohydrin process (reaction of |accessdate = 2009-10-12}}</ref>), [[BASF]] (1.175 million tonnes in 2008–2009<ref>{{cite web

...ther eminent people from the industry (such as Jürgen Hambrecht, CEO of [[BASF]]), have 93% of the votes (''Stimmen''), but no shares (0.01%). The remain

...very two hours. The process was purchased by the German chemical company [[BASF]], which assigned [[Carl Bosch]] the difficult task of scaling up Haber's t ...rst manufactured using the Haber process on an industrial scale in 1913 in BASF's Oppau plant in Germany. During World War I, production was shifted from f

...manufacture. Currently the world's largest producer of propanoic acid is [[BASF]], with approximately 80 kt/a production capacity. ...155_pubid-974236725646_c-Article.html Technical data of propionic acid of BASF]

* Port Arthur, [[Port Arthur, Texas|Port Arthur]], ([[BASF and Total Petrochemical]]),