i would like to know about various petrochemical products and their usage in our daily or industrial life ?
818188
http://www.eia.doe.gov/neic/infosheets/petroleumproducts.htm
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Your best course would be to visit such an industry and/or ask someone that currently works in that field.  I know you can study Geology for oil related work.  Obviously, chemistry for the other.  Good Luck!
677148
I used to buy a product from Exxon called Varsol.  You can use gasoline also.
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go to this website...................... \n\nhttp://www.sigmaaldrich.com/Local/SA_Splash.html\n\nSigma-Aldrich has a very large variety of chemicals in small or large amounts.
488364
Chemexper.com its super cool , type in the name of the compound and it will give you a ton of info about the thing you are looking at. I order chemicals off of it but it was really useful in researching for my Ochem labs as well.
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ethane, \nethylene\nbutane\nisobutane\npentane\nhexane \npropylene
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phosphates, potash, shale oil
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What kind of chemicals? There are way too many to give you details about ALL of them.
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http://www.cromaltda.cl/listadeproductos.html
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There are various applications.\n\nOne is the study of the selectivity of the Fischer-Tropsch synthesis.  http://en.wikipedia.org/wiki/Fischer-Tropsch_synthesis\n\nYou can also use it to measure toxic substances in soil, air, or water since the accuracy of GC is very good.\n\nIn popular culture, it has been used to catch criminals by analyzing the trace elements at a crime and using it to identify where it came from.  It doesn't really work like that in real life, but it's a nice thought.
218874
Your question is a little vague so I'll list a few applications. Aircraft instruments, piston and turbine engines, barometers, steam engines,
670044
in its metallic form is an essential component in the making of esters and in the manufacture of organic compounds. This alkali metal is also a component of sodium chloride (NaCl) which is vital to life. Other uses:\n\nIn certain alloys to improve their structure. \nIn soap, in combination with fatty acids. \nTo descale metal (make its surface smooth). \nTo purify molten metals. \nIn sodium vapor lamps, an efficient means of producing light from electricity. \nAs a heat transfer fluid in some types of nuclear reactors and inside the hollow valves of high-performance internal combustion engines.
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Silver tarnishing.\nBurning natural gas for cooking.\nCharcoal grill (burning charcoal).\nBleaching an ink or grass stain from clothing.\nCopper pipes turning "green."\nCooking (think of boiling an egg).\nExploding gasoline vapor in an automobile engine.\nLighting a cigarette lighter (propane burning).\nA burning candle (paraffin or wax).\nPaper or leaves decomposing.\nElectricity production from the chemicals in a battery.\nBread dough rising.\nFermentation of wine or beer.\nToast burning.\nMaking caramel.\nMixing Jello.\nTreating hard water to remove minerals.\nAcid rain dissolving limestone.\nOzone production by an electrical spark or lightening.\nOxygenation of exhaust gases by a catalytic converter on a car.\nBaking a cake.\nMaking pickles.\njust to name a few.
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A synthetic gasoline product that we already have. Etyhenol (Spelling). I would also say that we could use some type of GeoThermal energy solution (like steam etc...)
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Phenol plays an unseen, but major role, in our everyday lives. Plywood, window glazing, compact discs (CDs), computers, sports equipment, and car headlights are some of the many items that rely on this important raw material. \n\nPhenol is a major component of the phenolic adhesives used in wood products such as plywood and oriented strandboard. It is also used to produce phenolic resins, which are used in the moulding of heat-resistant components for household appliances, counter-top and flooring laminates, and foundry castings. In addition, it is a valuable intermediate in the manufacture of detergents, agricultural chemicals, medicines, plasticisers, and dyes. \n\nThe largest single market for phenol is in the production of Bisphenol A (BPA), which is manufactured from phenol and acetone. BPA is, in turn, used to manufacture polycarbonate (the largest and fastest growing use for BPA) and epoxy resins. \n\nBoth polycarbonate and epoxy resins are used in many different industries and in countless items which we encounter everyday like CDs, circuit boards and fibre glass boats. \n\nWhen reacted with bromine, BPA forms the fire retardant tetrabromobisphenol A. BPA is also used to manufacture engineering thermoplastics such as polysulfones and polyarylates.
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The petroleum industry always pays well, or you could go on to graduate work and then enter any type of industrial research for big bucks.  Analytical chem would probably be your best bet for a specialization if you want to avoid grad school.
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Chemistry is constantly evolving... an example of some recent developments is using carbon nanotubes (fullerenes) to act as supports for catalysts. This would increase industrial catalysts for refineries by a theoretical amount such as 10,000 times more efficient.\nWhomever can get this working would be a billionaire over night.\n\nThis work is still being done and is only a theory that is 2 years old.