the use of organic compounds in the industry?
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i work for a company called Meleleuca they suplied me with  information about all of the products that did not have the organic compounds in their product such as washing powders and tooth paist. The Meleleuca products do not have any of thoes. I am not sure if this answerd you question but if you would like to know about the products that do have toxins in them or how to get products that have organic compounds in them feel free to contact me @ partyof6_nc_family@hotmail.com   the web site i am placeing at the bottem is my work from home job web site. You can also learn information about the product their Thank you for you time
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A "BASIC" SIMPLE ANSWER......\n\nAn ORGANIC compound is a mixture of things that "WERE" ALIVE.....\n\nA BIOLOGICAL compound is a mixture of things that "ARE" ALIVE!..
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Ok...The most important element in organic chemistry is CARBON. Organic chemistry mainly is about organic compounds:alkanes, alkenes, arenes, haloalkenes, hydroxy compounds(aliphatic alcohols and ethers, phenols and aromatic alcohols), aldehydes and ketones, carboxylic acids, amines, polymers......wow, there are alot more, can't list all out dude....hopefully u know wat i hv listed out...
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Distillation Fatty acids and fatty alchols for the Cosmetic industry
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All organic substances contain Carbon. Many also contain oxygen and or hydrogen.
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Organometallics are very important in pharmaceuticals.\nThey can be used to make synthetic haemoglobin which is used to transport oxygen around in the blood stream.
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What about the substances USED for water treatment?  If there are effective and safe water treatment, handy substances , that would be ideal to market.  Everyone wants to have their own "substance" to "treat" their water/ if you know what I mean.
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Organic molecules are found in living things..and organic fits, try that.
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I sure hope you have more information than you're giving us.  Typically profs will narrow the choices to one example of each major class of organic compound.  If you have the whole universe of canidates to choose from, you will need a lot more than these simple test.\n\nTLC:  In one of your textbooks or handouts, you should have a short list of organic candidates vs their Rfs.  Assuming you are using silica gel or alumina plates, ethyl acetate is about twice a strong a chromatographic mobile phase as dichloromethane (DCM) (see linked pdf, p. 15).  The fact that your unknown moved at all in ethyl acetate but hardly at all with DCM lets you know that your compound is fairly polar.  This is not an alkane or a fatty acid/ester.\n\nSolubility:  Not soluble in water?  It's not a saccharide, short-chain acid, alcohol or phenol.  Not soluble in base means it's definitely not a carboxylic acid or a phenol.  Soluble in acetone means it's not a fat or long-chain fatty acid.\n\nSo, what are we left with?  Ethers, ketones, esters and aldehydes.  I suggest you look in the chromatographic tables you have for one of these compounds that has the same Rf values and melting point you've quoted us.\n\nGood luck.
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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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Fungicides and pesticides are used.  Although not part of petroleum, they are probably made in a series of steps from a petroleum base.  Almost all synthesised organic compounds are made from petroleum feeds.
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Try the following:\nhttp://chemfinder.cambridgesoft.com/\nThis will have most all organic chemicals. Try the Merck Index for some not provided (it is also only available as a book or CD).
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Organic chemistry is the scientific study of the structure, properties, composition, reactions, and synthesis of organic compounds. Organic compounds are composed of carbon and hydrogen, and can possibly contain any of the other elements such as nitrogen, oxygen, phosphorus, and sulfur.\n       chemistry dedicated to the study of the structures, synthesis, and reactions of carbon-containing compounds.
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I forget my organic chem but\n\nammonia, calcium carbonate - a base is used to neutralize an acid - a base donates electrons and an acid collects them (i think, or vs/vs) \n\nboth can be used to separate other chemicals, or remove chemicals from mixtures\n\nAcids are often used as a catalyst to start a reaction like when producing explosives - and can be very dangerous\n\ncommon ex - bleach(acid) mixied with ammonia(base) produce a poisonous gas and heat which can actually cause sever damage to lungs
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Organic compounds have carbon in them.  Examples would be methane, sugar, alcohol, etc.\n\nInorganic compounds are all other compounds.  Examples would be salts (such as NaCl or MgCl2), water, etc.
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Aromatic Hydrocarbons are used widely in the world. They are used almost everywhere. The exampleas of aRomatic Hydrocarbon are Benzene(C6H6). It is one of the most basic substance found widely in nature.  They are used in manufacturind of various drugs, dyes, and also used as non polar Solvents. Some more exampleas are Toluene(C7H8), napthalene(used as napthalene balls), etc.\n\n Aromatic amines are slightly basic compounds. They are used in many places again in the industry. They usually have and Ar-NH2 or Ar-NHR' kind of a general formula. They are also used in a variety of Places
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http://en.wikipedia.org/wiki/Organic_chemistry