In a previous blog, I showed the reporting segment names used by 38 global chemical companies. (Click here to see that blog.) Five of the 38 companies have polymer in one of their reporting segments names (Evonik, Lanxess, Lyondellbasell, Solvay, and Wacker).
In this blog, I provide brief descriptions in the table below on those five companies’ (Evonik, Lanxess, Lyondellbasell, Solvay, and Wacker) polymer businesses. I also reviewed the annual reports of the other 33 companies as to what polymer businesses they have, even though they have no polymer reporting business segments. The other companies that indicate polymer businesses are also presented in the table, along with brief descriptions of their polymer businesses based on my review of the companies’ annual reports. Altogether, 25 of the 38 companies indicate polymers businesses, and 13 of the 38 companies report no polymer businesses and are not listed in the table below.
company |
polymers businesses |
||||
arkema |
high performance
polymers for uses in foot ware, technical fabrics, batteries, additive
manufacturing, etc. |
polyamide and pvdf
fluoropolymer recycling |
biobased polymers |
electroactive polymers |
|
asahi kasei |
membrane and
separation technologies polymers |
|
|
|
|
basf |
biodegradability of
biopolymers |
polyamides |
|
|
|
celanese |
high performance,
engineering polymers |
liquid crystal
polymers |
emulsion polymers |
ethylene vinyl acetate
polymers |
specialty polymers |
chemours |
fluoropolymers |
|
|
|
|
clariant |
biopolymers |
|
|
|
|
covestro |
high-tech polymers |
biopolymers |
polycarbonates |
polyurethanes |
|
dow |
silicone polymer
systems |
biobased polymers |
polymer recycling |
polyurethanes |
functional polymers |
dsm |
polymers for use in
personal care |
biomedical polymers |
|
|
|
dupont |
polymer-based, high
performance materials |
thermoplastic and
thermoset engineering polymers |
biopolymers |
|
|
eastman |
polyester polymers |
specialty polymers |
|
|
|
evonik |
high performance
polymers such as polyamide 12 |
pharmaceutical
polymers |
biodegradable polymers |
|
|
huntsman |
epoxy, acrylic and
polyurethane, and acrylonitrile butadiene-based polymer formulations |
|
|
|
|
kemira |
polymers used in water
treatment |
|
|
|
|
lyondellbasell |
polymer solutions such
as polypropylene compounds |
advanced polymers |
polymer recycling |
|
|
mitsui |
functional polymers
used in automobiles, smart phones, semiconductor manufacturing, and packaging |
performance polymers |
polypropylene products |
biobased polymers |
|
nitto denko |
polymer function
control technology |
polymer analysis and
evaluation technology |
|
|
|
shin-etsu |
super absorbent
polymers |
functional polymers |
silicone-based
polymers |
polycarbonate sheets |
|
solvay |
high performance,
specialty polymers such as pvdf |
aromatic polymers |
high-barrier polymers |
fluoropolymers |
|
sumitomo |
liquid crystal
polymers |
polyethylene and
polypropylene |
mma polymers |
polyether sulfone
(pes) |
polymer oled materials |
toray |
high performance polymers
such as abs, nylon, pbt, pps, and liquid crystals |
biomass polymers |
polymer recycling |
polymer films |
|
tosoh |
polyethylene polymers |
|
|
|
|
trinseo |
styrene-butadiene
rubber products |
copolymers such as
abs, san, and pc |
|
|
|
wacker |
polymer binders |
polymer powders |
construction polymers |
polymer additives |
|
westlake |
polyethylene |
|
|
|
|
The high percentage of the 38 companies pursuing polymer businesses
(25 of 38 companies; 66%) suggests the importance and the demand for polymer technologies
and polymer materials in the economy.
The brief descriptions in the table indicate the views of many chemical companies
on the importance of polymers as innovative performing materials, materials
that are needed if technology breakthroughs are going to be commercially
successful. The descriptions also show
that many chemical companies are pursuing biobased raw materials in producing polymers,
reducing the reliance of fossil fuels in producing polymers.
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