Amides Alcohols,Phenols,Phenol alcohols Nitrogen Compounds Nitrile compound Hydrazine or hydroxylamine derivatives Quinones Ethers and derivatives Aldehydes Carboxylic acids and derivatives Hydrocarbons and derivatives Ketones Alkylurea and derivatives Inorganic acid Esters Heterocyclic Compounds Diazo,azo Or azoxy Compounds Organosilicon compounds Organometallic compounds Organosulfur compounds Phosphines Organometalate Organic fluorine compound Fine Chemicals Spirocyclic Compounds Bridged Ring Compounds
ChemicalBook >   Product Catalog >  Organic Chemistry

Organic Chemistry

Amides Alcohols,Phenols,Phenol alcohols Nitrogen Compounds Nitrile compound Hydrazine or hydroxylamine derivatives Quinones Ethers and derivatives Aldehydes Carboxylic acids and derivatives Hydrocarbons and derivatives Ketones Alkylurea and derivatives Inorganic acid Esters Heterocyclic Compounds Diazo,azo Or azoxy Compounds Organosilicon compounds Organometallic compounds Organosulfur compounds Phosphines Organometalate Organic fluorine compound Fine Chemicals Spirocyclic Compounds Bridged Ring Compounds

Organic Chemistry namely the industry including petrochemical industry using oil, natural gas as raw material, fermentation production of alcohol via food or solvent industry, using gasified feed gas and dry distilled recovered coal tar for production or fractionation of a variety of organic chemical products. In the organic chemical industry of our country, people first apply coal production of calcium carbide for occurrence of acetylene route, gasification synthesis of methanol, formaldehyde route and routes of recycling the benzene, naphthalene, anthracene from coal tar routes, together with alocohol production route from fermentation of rice and further develop.

The direct raw materials of basic organic chemical industry mainly include: hydrogen gas, carbon monoxide, aliphatic hydrocarbons (methane, ethylene, acetylene, propylene, C4 or more aliphatic hydrocarbons), aromatic hydrocarbons (benzene, toluene, xylene and ethylbenzene) and so on. From the pyrolysis gasoline, refinery gas and coal gas of low carbon alkane, crude oil or petroleum distillates, after separation, it may be made of aliphatic hydrocarbon raw material used for different purposes; from the catalytic reforming gasoline, the pyrolysis gasoline of the hydrocarbon and coal tar of dry distillation, we can isolate aromatic raw material; suitable petroleum fractions may also be used directly as the raw material for certain products; from the wet natural gas, we are able to isolate low carbon alkanes other than methane;The conversion or partial oxidation of coal gas, natural gas, refining plant gas, petroleum fraction or the vapor of crude oil fractions can enable the manufacturing of synthetic gas; through the calcium carbide obtained from coke or pyrolysis of natural gas and naphtha, we can prepare acetylene. Additionally, you can also get raw materials from agriculture and forestry by-products.

Organic Chemistry have wide range of applications which can be divided into three areas: First, the raw material for the production of polymer chemical products, namely monomer of polymerization reaction; the second is used for other kinds of organic chemical industry including raw materials of fine chemical products; Third, used for solvents, refrigerants, antifreeze, gas adsorbents. Basic organic chemical industry is the basis for the development of various organic chemical products production and is a main component in the modern industrial structure.

Click on the specific product, view the latest prices of the products, information, serving information


  • Structure:27848-81-3
  • Chemical Name:FORMALDEHYDE
  • CAS:27848-81-3
  • MF:C3H5O3.Li