Solid Waste Management in Mumbai Mumbai has a coastal stretch of 603 sq km. Geographically‚ the city of Mumbai can be divided into three sections‚ namely‚ the island city (or main city)‚ the western suburbs and the eastern suburbs. These are also known for administrative purposes as Division I‚ Division II and Division III‚ respectively. The total population of the city amounts to nearly 13million that is increasing on a daily basis. Such a huge habitat obviously generates a huge amount of waste
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Waste Management Accounting Fraud Case Review the SEC’s case against Waste Management in order to answer the following questions: What were the incentives for committing the fraud? What was the relationship between management and the auditors? Why didn’t the auditors prevent the fraud? What (specifically) accounting methods were used to fraudulently inflate Waste Management’s profits? What accounting methods did they use to try to conceal part of the fraud? What were the financial and social
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2.0 Plastic Waste Management Disposal of plastic waste is a serious concern in India. New technologies have been developed to minimize there adverse effect on the environment. Currently world wide accepted technology used for the plastic disposal is incineration. However‚ the incinerators designed poorly‚ releases extremely toxic compounds (chlorinated dioxins and furans) therefore‚ facing strong opposition from various non-government organizations. In India to introduce a safer disposal technology
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Plastic Waste Management 1. Plastics Waste: Environmental Issues and Challenges The quantum of solid waste is ever increasing due to increase in population‚ developmental activities‚ changes in life style‚ and socio-economic conditions‚ Plastics waste is a significant portion of the total municipal solid waste (MSW). It is estimated that approximately 10 thousand tons per day (TPD) of plastics waste is generated i.e. 9% of 1.20 lacs TPD of MSW in the country. The plastics waste constitutes two major
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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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chemical waste is generated from the labs on campus: 1. To find out how are these chemicals disposed. 2. To suggest what is the optimum way of disposing them. 3. Identification of the risks involved. Contents 1. PROJECT OBJECTIVES……………………………………………1 4. INTRODUCTION…………………………………..........................5 4.1 Waste…………………………….……………..........................5 4.2 Chemical Waste……………………………………………….6 4.3 Hazardous Chemical Wastes…………………………….7 4.4 Non-Hazardous Chemical Wastes………………
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The average high school in Massachusetts holds around 874 students‚ approximately .002% of the amount of people Fenway Park can hold. Fenway Park can hold 37‚949 people‚ which is about 6% of the population of Boston. The population of Boston is about .01% of the population of Massachusetts‚ which is around 2% of the USA’s population. The population of the USA is about 60% of North America‚ and North America is about 7% of Earth’s population. That means the average Massachusetts’ high school holds
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BIODIESEL INCORPORATED Summary Josh‚ Long and Hammond came up with a business idea of manufacturing and distributing biodiesel. The major generation sources‚ petroleum‚ coal‚ natural gas aand nuclear are non renewable resources and have detrimental effects on the environment. The petrochemical fuel industry manifest itself in the form of oil fields and reserves‚ pipelines‚ transport ships‚ and fuelling stations. The whole idea behind the biodiesel was that it can be produced again and it did not
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towns and cities get their water from nearby lakes and rivers. Some communities dump sewage and garbage into the water‚ making it unfit to drink. Water pollution is one of our most serious problems. Progressive cities have sewage treatment plants. These plants return only safe water to the streams or lakes. Many states have laws that prohibit companies from dumping raw industrial wastes‚ such as liquids from a metal – planting factory‚ into streams. These wastes often endanger the supply of drinking
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ABSTRACT: The term “waste to energy” has traditionally referred to the practice of incineration of garbage. Today‚ a new generation of waste-to-energy technologies is emerging which hold the potential to create renewable energy from waste matter‚ including municipal solid waste‚ industrial waste‚ agricultural waste‚ and waste byproducts. The main categories of waste-to-energy technologies are physical technologies‚ which process waste to make it more useful as fuel; thermal technologies
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