VIPAR ENGINEERING PYROLISIS PLANT INNOVATIVE DESIGN WITH LOW INSTALLATION COST AND HIGHER EFICIENCY Technology Pyrolysis involves heating waste tyres /plastic without oxygen to break them down to char or carbon black‚ oil‚ and gas. Plants operate within a temperature range of 250° - 500°C.At temperatures above approximately 150°C tires release increasing amounts of liquid oil products and gases. Above 400°C‚ depending on the process employed‚ the yield of oil and solid tire-derived char may
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PYROLYSIS OF SOLID WASTE ABHISHEK BARMAN(1RV11CS004) ABHILASHA (1RV11CS003) INTRODUCTION Pyrolysis is a thermo chemical decomposition of organic material at elevated temperatures in the absence of oxygen (or any halogen). It involves the simultaneous change of chemical composition and physical phase‚ and is irreversible. The word is coined from the Greek-derived elements pyro "fire" and lysis "separating". Pyrolysis is a type of thermolysis‚ and is most commonly observed in organic materials
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PYROLYSIS PLANT PROPOSED FINANCIAL ASPECTS ( 2 ton conversion per day--3 batches of 8 hours each‚ Assumption : 26 working days per month ) A. FIXED CAPITAL (i) Land and Building Deposit for 2250sqft 550‚000.00 Total 550‚000.00 (ii) Machinery & Equipment SI.No. Description Qty. Rate (Rs.) Value (Rs.) 1 2 tons conv. Machine 1 6‚820‚000.00 6‚820‚000.00 2 Office Furniture 10‚000.00 Taxes‚ licensing expenses‚ trasnportation
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Converting Waste Plastic into Diesel Done By‚ Group 11 Contents Introduction…………………………………………………………………………………………………………4 Renewable energy and its importance.......................................................4-5 Waste generation and plastic waste..............................................................5 Importance of this project.............................................................................5 Project life...............................................................
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Waste-To-Energy Pyrolysis- A Process Innovation For Sustainable Future AKHIL MOHANAN Department Of Business Administration College Of Engineering Trivandrum ABSTRACT Innovations being into management level may take its part as process‚ product‚ technology and strategy innovation. A process innovation that meets the energy crisis as well as requirement of effective waste management is proposed in this work. Plastics are inexpensive‚ lightweight and durable materials‚ which can readily be moulded
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VALUE ADDED PRODUCTS FROM USED TYRES THROUGH PYROLYSIS ABSTRACT Pyrolysis has the potential of transforming used tyres into useful recyclable products. This paper demonstrates the conversion of scrap tyres into its primary products which are Pyro Oil and Carbon Black and a secondary value added compound‚ Activated Carbon. Further‚ the objectives of the work also include optimization of parameters such as temperature and feed size to study the efficiency of pyrolysis at different conditions. Three
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Tyre Recycling : The New Business on the Block Wednesday‚ 31 March 2010 00:00 Nimesh Sharma Opportunities - Manufacturing ------------------------------------------------- Top of Form User Rating: / 174 PoorBest Bottom of Form The number of vehicles hitting the roads is increasing everyday and so is the number of tyres. There is a business opportunity up for grabs and it’s in recycling them. With more than 33 million vehicles added to the Indian roads in last three years‚ can you guess
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http://www.nistads.res.in/indiasnt2008/t4industry/t4ind13.htm Tyre Industry in India Parvathi K. Iyer & Vrajendra Upadhyay Technology generation in the Indian tyre industry has witnessed a fair amount of expertise and versatility to absorb‚ adapt and modify international technology to suit Indian conditions. This is reflected in the swift technology progression from cotton (reinforcement) carcass to high-performance radial tyres in a span of four decades. Globalization has led to the linking
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Case Study Alpha Tyre Company Alpha Tyre Company (ALPHA) is engaged in the manufacture and sale of car tyres. Most of ALPHA’s business is conducted primarily through the OE (Original Equipment) route‚ selling to automobile manufacturers such as Maruti‚ Hyundai‚ Tata‚ Honda‚ Toyota and Hindustan Motors. The company has a strong presence in the OE market and it wants to protect its dominance in this space. However‚
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Pyrolysis of plastic wastes to fuel oil with and without catalyst Baoying Shi‚ Yufeng Wang Guangdong Dongguan Quality Supervision Testing Center Dongguan，China Chengzhi Chuai School of Material Science & Chemical Engineering Tianjin University of Science & Technology Tianjin‚ China Abstract—Two types of waste plastics were used in this study: polyethylene (PE) and polypropylene (PP). This paper described pyrolysis of plastic waste materials with and without catalyst. The influence of the
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