Chapter 1 Introduction 1-11.1 Introduction to 1-1.1.2 objectives 1-21-2 1.3 tasks1.4 scope of operation 1-21.5 duration of operation 1-3Chapter 2: education Community solid waste data collection across the country 2-1.2.1 education. Quantity of waste collected the data that have occurred throughout the country, 2-1.2.1.1 population information 2-12.1.2 rate waste 2-12.1.3 community solid waste volume that occur throughout the country, 2-2.2.2 data collection study solid waste management in the community 2-4.2.2.1 storage of waste 2-52.2.2 waste disposal 2-62.3 the use of waste energy production and waste remaining in the area, 2-9.Chapter 3 status of electric power and heat production from waste 3-1.3.1 status of electric power production from waste 3-1.3.2 production of heat from waste standing 3-4.3.2.1 the garbage as fuel in industrial applied cement production 3-4.3.2.2 release waste to produce biogas to produce heat for 3-5.Chapter 4 seminars about managing the waste to produce power, 4-1.4.1 the objective of the seminar 4-1Date, time and location 4.2 seminar 4-1.4.3 participants 4-24.4 the schedule and content of the seminar 4-2.4.5 survey apot's attention. In order to produce garbage power, 4-5.iiTable of contents (continued)PageChapter 5 analyses the potential areas for the production of electric power and heat from the waste 5-1.5.1 garbage sources are waste disposal community for more than 50 tons per day and 5-1.There are sources of community waste disposal waste 30-50 tons per day.5.2 criteria considered ordering community waste 5-8 source.5.3 scoring to sort garbage sources 5-8 community.5.4 result ranking source of waste in the community that there is a possibility to produce energy from waste 5-12.Chapter 6 explores the potential 6-16.1 waste disposal group, more than 50 tons per day, 6-1.6.2 group waste disposal, ranging from 30-50 tons per day, 6-10.Chapter 7 7-a waste energy potential database 1.7.1 guidelines for designing the database of energy waste potential 7-1.7.2 data to a database, the potential energy waste 7-1.7.3 the display format of the database system, the potential energy waste 7-2.iiiTable of contents table.PageTable 2.1-1 Summary of the population throughout the country as a regional 2-1.Table 2.1-2 quantity of waste that is currently happening around the country, 2-2.Table 2.1-3 quantity of solid waste in municipal and provincial-municipal list 2 3.Table 2.2-1 summarizes the municipal solid waste is stored and the quantity of waste collected. 2-5A list of sectors.Table 2.2-2 summarizes the actions of municipal solid waste is stored is divided into 5 regional 2-Table 2.2-3 transport storage expenses of municipal solid waste is the region 2-6.Table 2.2-4 Summary of the municipal incinerator and waste have led to the removal of a list of sectors 2-6.Table 2.2-5 Summary of how to dispose of a Municipal Department 2-7.Table 2.2-6 summarizes the costs for waste disposal methods are regional 2-8.Table 2.2-7 summary of regional waste disposal are 2-8.Table 8 summarizes information about 2.2-location is the municipality's garbage part II-9.Table 2.3-1 summarizes the waste production of energy used, and estimate the potential waste 2-10.In order to bring the energy production sector.Table 3.1-1 Summary of project status, production of electricity from the waste across the country 3-1.Table 3.1-2 Summary of electricity from waste transportation system, across the country 3-2.Table 3.2-1 summarizes the status of using waste as a fuel production community process heat 3-4.Cement production.Table 3.2-2 Summary of community garbage used to produce biogas to produce heat for 3-5 projects.By EPPO and phop.Table 4.2-1. date, time and location of seminars in each region, 4-1.Table 4.3-1 the number of participants in each region, 4-2.Table 4.5-1 research interests apot. The participating in production of energy waste comes 4-5.Of each region.Table 5.1-1 apot (municipal/baked.) with more than 50 tons per day, the garbage disposal 5-1.Table 5.1-2 apot (municipal/baked.) with 30-50 tons of garbage disposal per day 5-5.Table 5.3-1 scoring criteria of zero garbage is not 5-9.Table 5.3-2 rating criteria of zero garbage Group 5-11.Table 5.4-1 results significance to beam liver apot. more than 50 tons of the garbage disposal with a daily 5-13.Table 5.4-2 beam liver results important to eliminate the waste that 30 apot-50 tons per day 5-14.ivTable of contents image.Page
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