CONTACT PROCESS Sulfuric acid is one of the most important industrial chemicals Outline three uses of sulfuric acid in industry 1. The major use of sulfuric acid in Australia is in the manufacture of fertilizers such as ammonium sulfate and superphosphate. Superphosphate is produced by reacting sulfuric acid with rock phosphate. Ammonium sulfate is produced by neutralising ammonia with sulfuric acid. 2. Production of titanium (IV) oxide from titanium minerals eg ilmenite. Titanium is an important
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Oedipus the King The Greek drama Oedipus the King is clearly a tragedy. In the play there are numerous accounts of physical and mental suffering. Although Laius and Jocasta are the catalyst that starts the story in Oedipus the King‚ Oedipus takes the role of the catalyst and becomes the cause of all tragedy to others. In the play Oedipus causes some of his own suffering. Oedipus’s pride gets him into situations that cause him to suffer later on in the play. “He tore the brooches-the
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might say it as organization full of opportunities but for me‚ it is a “CATALYST”. Like in chemistry the catalyst is a substance which fastens the reaction without taking part in the reaction. PDRC is an organization that catalyses students especially from the marginalized group by proper guidelines and facilities. My journey with PDRC began in 2010 A.D‚ it was then when I first came to PDRC with my father in search of the catalyst. I grew up with dream to become a doctor. I was science student in
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PREPARATION OF BIODIESEL FROM WASTE COOKING OIL In partial fulfillment of the requirements for the award of the degree of Bachelor of Engineering in Mechanical Engineering Submitted by Ritesh Shukla Pankaj Singh Bais Ciby Ninan Ankush Deshmukh Under the guidance of Prof. SUSHANT S. SATPUTALEY (Assistant Professor of Mechanical Engineering) Academic Year 2010-11 Department of Mechanical Engineering ST. VINCENT
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Esterification reaction dose not required catalyst. We add some additives like NaAc = Max PPM ‚ OPA = Max PPM ‚ Penta- Erythritol = Max PPM. These additives increases the performance of Polymer Polycondensation reaction is carried out under vacuum and high temperature in the range of 292 to 300 deg C. This reaction is carried out with the help of catalyst. EG is evolved in the reaction. Which we collect as crude EG and distilled off further recycling. The catalyst used in the process is Sb2O3 =
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TERM PAPER OF CHEMISTRY TOPIC: CARBON NANOTUBE Submitted to Submit by: Mr. Balwant Singh Bhist Mr.Shailja Kant yadav Deptt. Of CHEMISTRY Roll. No. : - A02
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CHEM 188 – Spring‚ 2013 Hour Exam 1 (Red) February 14‚ 2011 Instructions: Your scantron answer sheet must show your NAME‚ 7-DIGIT KU ID NUMBER‚ and LAB SECTION. (Begin these entries at the LEFT end of the space provided.) In answering the questions‚ be careful to fill in the corresponding circles on the answer sheet according to the number of the question on the exam. USE A SOFT (No. 2) PENCIL. (((((((((((((((((((((((((((((((((((((( Useful information: Gas constant‚
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chlorine bleaches. Now bleach - in scientific terms - is a kind of catalyst. A catalyst is a chemical that increases the reaction rate of a chemical reaction (catalyse)‚ and the chemical reaction involves enzymes. So to understand how bleach works‚ we first understand how enzymes work. Enzymes Enzymes are the most important thing in our lives‚ it makes the world go ‘round! Enzymes are proteins that acts as catalysts and help combine or break down hydrogen peroxide. Imagine a pen with
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O2(g))‚ but that would take too long. This reaction can be sped up with various methods such as modifying the temperature‚ modifying the concentration‚ or introducing a catalyst. We will be specifically looking at the effect of concentration of the H2O2 solution rather than the effect of the temperature. We will also introduce a catalyst‚ Manganese(IV) Oxide (MnO2)‚ in order to speed up the reaction so that it can occur‚ however it will be controlled so that we only look at the effect of concentration
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borohydride‚ resulting in the formation of hexacyanoferrate (II) ions and dihydrogen borate ions. The redox reaction is depicted as: [BH4] - + 8[Fe (CN) 6] -3 + 3H2O H2BO3 - + 8[Fe (CN) 6] -4+ 8H+ The reaction can even proceed without a catalyst‚ but it has been reported that it is a slow reaction‚ which follows zero-order kinetics. The progress of the reduction reaction of Potassium hexacyanoferrate (III) to Potassium hexacyanoferrate (II) was monitored through changes in the UV-visible
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