Interesting facts
Interesting Facts about Tetraethylplumbane
Tetraethylplumbane, often referred to as TEL, is a fascinating organolead compound with a rich history and a significant impact on various industries. Here are some intriguing aspects of Tetraethylplumbane:
- Historical Significance: TEL was widely used as an additive in gasoline during the 20th century to improve engine performance and reduce knocking. Its application revolutionized the automotive industry.
- Toxicity and Environmental Impact: While TEL was effective, its lead content raised substantial concerns. The use of tetraethylplumbane led to soil and air contamination, triggering regulations and a shift to unleaded fuels.
- Chemical Characteristics: As an organolead compound, tetraethylplumbane exhibits unique properties. It is a colorless liquid, known for its low volatility compared to other lead alkyls.
- Preparation: There are multiple synthetic pathways to produce TEL, often involving the reaction of lead(IV) chloride with ethyl bromide or ethyl iodide in the presence of an alkali.
- Stability: While it has useful properties, TEL is relatively unstable when exposed to air and moisture, which can result in hazardous degradation products.
In summary, tetraethylplumbane is not just a compound; it embodies the intersection of chemistry and environmental awareness. The legacy of TEL serves as a critical lesson in the importance of considering both the utility and the ecological footprint of chemical compounds in industry.
Synonyms
Tetraethyllead
Plumbane, tetraethyl-
Tetraethylplumbane
TETRAETHYL LEAD
78-00-2
Lead tetraethyl
Tetra(methylethyl)lead
Czteroetylek olowiu
Lead, tetraethyl-
Tetraethylolovo
Lead tetraethide
NCI-C54988
Piombo tetra-etile
RCRA waste number P110
Tetraethylolovo [Czech]
Tel-tml, reacted
Czteroetylek olowiu [Polish]
Piombo tetra-etile [Italian]
NSC 22314
Bleitetraethyl
CCRIS 1565
HSDB 841
Tetraethyl lead, liquid
EINECS 201-075-4
PbEt4
BRN 3903146
13426ZWT6A
[PbEt4]
NSC-22314
TETRAETHYLLEAD [MI]
TETRAETHYL LEAD [HSDB]
DTXSID7023801
CHEBI:30182
EC 201-075-4
4-04-00-04349 (Beilstein Handbook Reference)
TEL
Tetraethylolovo (Czech)
(PbEt4)
Piombo tetra-etile (Italian)
TETRAETHYL LEAD, (LIQUID)
TETRAETHYL LEAD, [LIQUID]
Tetraethylblei
CZTEROETYLEK OLOWIU (POLISH)
Tetra-ethyl lead
Lead, Tetraethyl
Tetraethyllead, liquid
NA1649
RCRA waste no. P110
Ethylplumbane
Ethyl plumbane
Lead tetraethy
UNII-13426ZWT6A
Lead alkyl
MOTOR FUEL ANTIKNOCK COMPOUNDS (CONTAIN LEAD) (TETRAETHYL LEAD)
MOTOR FUEL ANTIKNOCK COMPOUNDS (CONTAIN LEAD) {TETRAETHYL LEAD}
Tetraethylplumbium
MFCD00072541
Bleitetraethyl (German)
Tetraethylblei (German)
PLUMBANE, TETRAETHYL
, TEL
NA 1649 (Salt/Mix)
UN 1649 (Salt/Mix)
(C2H5)4Pb
Tetraethyllead, >=99.99%
DTXCID303801
Tetraethyl lead (ACGIH:OSHA)
MRMOZBOQVYRSEM-UHFFFAOYSA-
NSC22314
WLN: 2-PB-2&2&2
Tetraethyl lead, liquid [NA1649] [Poison]
Q266210
InChI=1/4C2H5.Pb/c4*1-2;/h4*1H2,2H3;
201-075-4
Solubility of Tetraethylplumbane
Tetraethylplumbane, with the chemical formula Pb(C2H5)4, is a fascinating organometallic compound derived from lead (Pb). Understanding its solubility is crucial for various applications, especially in organo-lead chemistry.
When discussing its solubility, here are some key points to consider:
In summary, the solubility of tetraethylplumbane is largely confined to non-polar solvents, making it less versatile in polar environments. This characteristic is essential for chemists to consider during reactions and applications involving this compound.