Toluene mediated FCC of LDPE using ionic liquids: A novel approach towards waste-to-fuel conversion of low density polyethylene using imidazolium based ionic liquids

 
9783659571343: Toluene mediated FCC of LDPE using ionic liquids: A novel approach towards waste-to-fuel conversion of low density polyethylene using imidazolium based ionic liquids
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Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70% at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method.

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Sachin Chalapati has graduated as a masters student in resource recovery from University of Boras in 2014. He received 'engineering excellence award' from Progressivity AB for his work enclosed in this book. He was previously selected as top ten innovators of tomorrow by Intel, India in 2009.

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Book Description Condition: New. Publisher/Verlag: LAP Lambert Academic Publishing | A novel approach towards waste-to-fuel conversion of low density polyethylene using imidazolium based ionic liquids | Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70% at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. | Format: Paperback | Language/Sprache: english | 56 pp. Seller Inventory # K9783659571343

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Book Description LAP Lambert Academic Publishing, United States, 2014. Paperback. Condition: New. Language: English . Brand New Book ***** Print on Demand *****.Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70 at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. Seller Inventory # AAV9783659571343

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Book Description LAP Lambert Academic Publishing Aug 2014, 2014. Taschenbuch. Condition: Neu. Neuware - Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70% at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. 56 pp. Englisch. Seller Inventory # 9783659571343

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Book Description LAP Lambert Academic Publishing Aug 2014, 2014. Taschenbuch. Condition: Neu. Neuware - Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70% at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. 56 pp. Englisch. Seller Inventory # 9783659571343

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Book Description LAP LAMBERT Academic Publishing. Paperback. Condition: New. 56 pages. Dimensions: 8.7in. x 5.9in. x 0.1in.Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acidswater has proven to be successful with a solid-gas conversion percentage of nearly 70 at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN. Paperback. Seller Inventory # 9783659571343

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Book Description LAP Lambert Academic Publishing Aug 2014, 2014. Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Neuware - Polyethene is one of the most widely used synthetic materials by mankind and its accumulation in biosphere is exceeding at an alarming rate. There are several methods to recycle and remediate the waste polyethene apart from landfilling, but their efficacy and availability is well below the rate that is needed. Ionic liquids are aggressively replacing several organic compounds due to their robust nature and novel properties like low volatility and ionic activity. Their depolymerization activity of converting synthetic materials into simpler short chained compounds could lead to a practical application in waste-to-fuel conversion of polyethylene. A method involving imidazolium based ionic liquid (EMIM-Cl) with aluminium chloride additive, supplemented by proton donors like concentrated acids/water has proven to be successful with a solid-gas conversion percentage of nearly 70% at 160C. This could be a novel procedure that aims to produce fuel grade products from waste synthetic polymers like polyethylene and become an effective resource recovery method. 56 pp. Englisch. Seller Inventory # 9783659571343

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