ABOUT US

By Afif Firdaus


MUHD AFIF FIRDAUS BIN ABD HAMID
(1232723)






AHMAD FAKHRUL NAIM BIN AHMAD FAIZAL
(1232722)



SITI NURFIKLIZ INSYIRAH BINTI MOHD TAUFIK
(1232724)





1st Year of Industrial Chemical Technology In USIM
Class:KSF 1




Contact:

Afif-010 -3005315

Naim-011- 57245589

Insyirah-010-3152134











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APPLICATIONS

By Afif Firdaus
   BUTANE USAGE IN DAILY LIFE : 1) CAMPING STOVE Portable camping stoves, which may use butane, are simple to set up and disassemble for year-round outdoor activity. Butane does not burn as hot as propane, but it is still easy to ignite, especially in rainy and snowy conditions.  Butane also has a higher liquid density, making it easier to transport and ideal for backpacking. Butane stoves use the same fuel as most cigarette lighters. The combustible, colourless, and practically odourless petrol comes from crude oil. 2) AEROSOL SPRAYS Since 1987, hydrocarbons have replaced chlorofluorocarbons (CFCs) as the propellant for most aerosols. Butane is a regularly utilised propellant in household and industrial aerosols, therefore it can be found in a wide variety of aerosol products.  The gas is compressed within the can to transform it into a liquid. The advantage of this technique is that it maintains stable pressure levels throughout the can's lifetime. As the product disperses and sp
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VIDEO

By Afif Firdaus
  EXPLANATION OF THE VIDEO Hydrocarbons, fundamental compounds comprised exclusively of carbon and hydrogen, harness the unique bonding capabilities of carbon, which forms robust connections through four strong bonds with other atoms. The primary partner in these bonds is often hydrogen. One class of hydrocarbons, exemplified by butane, falls under the alkane category, characterized by a molecular formula of C4H10, denoting four carbon atoms and ten hydrogen atoms. The structural formula of butane delineates the spatial arrangement of these atoms, highlighting single bonding between carbon atoms, where each carbon shares an electron with another carbon or a hydrogen atom. In adherence to the International Union of Pure and Applied Chemistry (IUPAC) nomenclature system, butane's name succinctly communicates the number of carbon atoms in the molecule and the nature of bonding between them. In contrast, substances like butanol deviate from the hydrocarbon definition, incorporating oxy
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