Esso Standard Oil

Symonds, G.H. (1955) Linear Programming-The Solution of Refinery Problems, Esso Standard Oil Company New York. 

Robert W. Schrage, Esso Standard Oil Company, Linden, New Jersey... 

Esso Standard Oil Co., Linden, N. J., Method of Predicting Carbon Forming Tendencies... 

Symonds, Gifford, H., "Linear Programming The Solution Of Refinery Problems," Esso Standard Oil Company New York, 1955... 

Esso Standard Oil Co. Givaudan-Delawann Inc. Monsanto Chemical Co. Tennessee Eastman Corp. Other (15) ... 

Manganese in 2nd quarter of 1948, Bureau of Mines Minerals Yearbook, Bureau of Mines Mineral Market Surveys, Bureau of Mines Natural Rubber News, Natural Rubber Bureau Naval Stores Report, Dept, of Agriculture National Fertilizer Association Service Letter Oilways, Esso Standard Oil Co. 

Fig. 13-19 Flow diagram for a fluid hydroformer, a fluidized-bed reactor-regenerator combination by permission from Esso Standard Oil Company, Baton Rouge, La.)...

Esso Standard Oil Company, g Baton Rouge, La. Heptene Nonene Dodecene Isooctyl alcohols Primary decyl alcohols Primary tridecyl alcohols Several million... 

Esso Standard Oil Company) Jet Propulsion Fuel 3 1 year 1.41 1.32 Unchanged... 

Ill 1923, GM set up a special chemical division, the GM Chemical Co., to market the new additive. However, GM became dissatisfied with DuPont s progress at the plant. In order to augment its TEL supply, and to push DuPont into accelerating its pace of production, GM called upon the Standard Oil Company of New Jersey (later Esso/Exxon) to set up its own process independently of DuPont. In fact, Jersey Standard had obtained the rights to an ethyl chloride route to TEL. This turned out to be a far cheaper process than the bromide technology. By the niid-1920s, both DuPont and Jersey were producing TEL. 

Cracking is an endothermic reaction, implying that the temperature must be rather high (500 °C), with the consequence that catalysts deactivate rapidly by carbon deposition. The fluidized catalytic cracking (FCC) process, developed by Standard Oil Company of New Jersey (1940) (better known as ESSO and nowadays EXXON), offers a solution for the short lifetime of the catalyst. Although cracking is... 

In 1941, exploratory work on incendiary materials was begun under L.F. Fieser at Harvard University (Ref 7). The first material developed was gasoline (80-octane motor-vehicle type), thickened (jellied) by addition of natural robber. This was a satisfactory product but, due to the shortage of natural rubber, it could not be produced on a large scale. Therefore, a new thickener was developed which consisted of erode aluminum naphthanate modified by addition of A1 soaps of cocoanuc oil acids. This thickened gasoline was not very successful at first (See further). Standard Oil Co (Esso)... 

Essolube". Trademark of Esso Standard Div of Humble Oil Refining Co, New York, NY, for detergent motor oils for all types of gasoline and high-speed Diesel engines Ref CondChemDict (1961), 449-R... 

Shortly after World War II, a research chemist at the Standard Oil Development Company (Esso) strolled into an oil additive laboratory and saw an interesting intermediate called perchloro-methyl mercaptan (CCI3SCI). A. F. Kittleson, spurred by visions of the trichloromethyl group in that then new miracle drug DDT, decided to try some reactions with the above described sulfenyl halide. 

Among the main processes marketed are those developed by BP (Srirish Petfoleuiri) Engelhard, Esso, JFP, Shell, Standard Oil, UOP,.etc which reduce the sulfiir content of 70-l80 C naphtha from.200 to 1000 ppm to between 1 and 0.5 ppm. 

By recognizable name , only two of the early players in the polyolefin industry are listed ExxonMobil— formerly Exxon, previously Esso, previously Standard Oil (S.O.)—at the head of the list and Chevron Phillips, which was formed 1 July 2000 by merging the chemical operations of Phillips Petroleum Company and Chevron Corporation. Dow Chemical purchased Union Carbide Corporation for 9.3bn in 2001 and through that acquisition can claim to have been an early participant in this polyolefin industry (recalling that Union Carbide was rapidly developing ICI low-density polyethylene plants during WWH under sub-licence from DuPont). 

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