The process of
hydrogenation produces trans - fatty acids that are so harmful even the FDA followed the lead of most European countries some years back and started to require trans - fatty acid content be listed on food labels in the U.S.
Not exact matches
Additionally, xylitol is most often
produced from GMO corn husks in a process called sugar
hydrogenation.
Selective
hydrogenation is the key to
producing valuable chemicals, for example, turning triple - bonded hydrocarbons called alkynes selectively into double - bonded alkenes — starting materials for the synthesis of plastics, fuels and other commercial products.
The Tufts researchers discovered that dispersing individual, isolated platinum atoms in much less costly copper surfaces can create a highly effective and cost - efficient catalyst for the selective
hydrogenation of 1,3 butadiene, a chemical
produced by steam cracking of naphtha or by catalytic cracking of gas oil.
Like partial
hydrogenation, interesterification
produces molecules that seldom or never appear in nature.
Selective
hydrogenation is the key to
producing valuable chemicals, for example, turning triple - bonded hydrocarbons called alkynes selectively into double - bonded alkenes — starting materials for the synthesis of plastics, fuels and other...
Food manufacturers
produce it using the industrialized process of sugar
hydrogenation.
Since the brand you bought says it has no trans fat, then we shall take it that it's not hydrogenated because
hydrogenation can
produce trans fat.
On top of that, these foods undergo a number of unnatural processes, including pasteurization,
hydrogenation, and deodorization — destroying any naturally occurring nutrients and
producing toxic chemical byproducts.
Structurally, trans fats are synthetic fatty acids; 14 of them are
produced during the
hydrogenation process.
Fatty acids containing carbon - carbon double bonds (monounsaturated, such as the main ones in olive oil, or polyunsaturated) do
produce small quantities of trans fatty acids when heated strongly, but it's in very small amounts (here, here, here, here) The process that really increases the trans fatty acid concentration is partial
hydrogenation, an industrial process that's used to raise the melting temperature of polyunsaturated oils.
Artificial trans fatty acids are
produced by adding hydrogen — a process known as partial
hydrogenation — to liquid oils; this makes them solid at room temperature, more stable during repeated deep - frying and extends their shelf time [19].
Margarine and shortening are
produced by solidifying or partially solidifying vegetable oils via
hydrogenation, a process first developed in 1897 (44).