- Contamination - Danger of disease and epidemics - Rising costs which can no longer be financed - Wasting of energy and raw materials - Increasing.

Slides:



Advertisements
Similar presentations
Producing energy does not have to threaten the environment. In fact, its very production can reap major environmental benefits. The United States biomass.
Advertisements

Roger B. McMullen Co-Inventor: MPAT
BAT and BEP for Dioxins & Furans Barbados Country Presentation by Thérèse N. Yarde Environmental Protection Department Ministry of Housing, Lands and the.
Landfills Incineration Hazardous Waste Hazardous Waste Management.
Landfills Geography 12 Kala Renard
Chapter 24 Solid and Hazardous Wastes
Chapter 24 Solid and Hazardous Waste
CE 326 Principles of Environmental Engineering Prof. Tim Ellis February 4, 2008 Municipal Solid Wastes
Herzeliya Interdisciplinary Center Petroleum and Energy: Geopolitics, Economics, Strategy & Security Dr. Amit Mor June 2010 Waste to Energy Technology.
ERT 319 Industrial Waste Treatment Semester /2013 Huzairy Hassan School of Bioprocess Engineering UniMAP.
Plasma Gasification An Eco-Friendly Solution. Simply, plasma gasification uses plasma torches to super heat waste (garbage, sewage, landfill material).
INTEGRATED PLANNING: THE LINKS BETWEEN URBAN WASTE MANAGEMENT, SANITATION AND ENERGY.
Chapter 9 The Urban World. Population and Urbanization Jobs define urban vs. rural, not populations.
Solid Waste are useless, unwanted or hazardous materials resulting from human activities Rubbish that may decompose e.g. food materials Non-decomposable.
GREEN BUILDING.
Proprietary work product, not for reproduction 1 BIOMASS GASIFIER 20 MW POWERPLANT Energy & Environmental Integrators Note! This system can be scaled from.
 Energy from Waste Mass burn technologies operating at extremely high temperatures Initially - no filtration for hazardous air emissions No federal or.
4.3 Water, Air, and Land Resources
Waste.
Objective To assess the energy balance, emission of global warming gasses, and quantify the recycled nutrients by anaerobic digestion of source separated.
Environmental Chemistry Chapter 16: Wastes, Soils, and Sediments Copyright © 2012 by DBS.
Conserving Earth’s Resources P.Lobosco. Earth’s Resources  Today, Earth’s population continues to grow even as the resources shrink.
Chapter 24 Solid and Hazardous Wastes. Types of Solid Waste  Municipal solid waste  Relatively small portion of solid waste produced  Non-municipal.
War on Waste SC.912.L Waste management strategies Recycling and reuse- Recycling allows the reuse of glass, plastics, paper, metals, and other.
Solid and Hazardous Waste Chapter 21 “Solid wastes are only raw materials we’re too stupid to use.” Arthur C. Clarke.
WasteSection 1 Classroom Catalyst. WasteSection 1 Objectives Name one characteristic that makes a material biodegradable. Identify two types of solid.
Ministry of Food, Agriculture and Fisheries Danish Institute of Agricultural Sciences Environmental aspects of using animal manure as an energy source.
Understanding Activities, Aspects, and Impacts in the EMS.
CO2 tool for electricity, heat and biogas Ella Lammers 10 june 2008.
Vienna's Sustainable Energy Policy Climate Protection and Energy Efficiency Climate Protection and Energy Efficiency Dipl.-Ing. Dr. Edgar Hauer City of.
Solid & Hazardous Wastes. Domestic Waste  38 % Paper  18% Yard waste  8% Metals  8% Plastic (20% by volume)  7% Glass  7% Food  14% Miscellaneous.
Waste Treatment Pyrogasification PRESENTED BY: BASHIR CORBANI DATE: 17/10/2015.
African Centre for Statistics United Nations Economic Commission for Africa Session 6: Statistics on Waste Workshop on Environment Statistics and Accounts.
Chapter 23 Solid and Hazardous Wastes
Chapter 12 Notes #2. A landfill is a waste disposal facility where wastes are put in the ground and covered each day with dirt, plastic, or both. 50%
. Integrated Science C Mrs. Brostrom.  Objective: Explain short term and long term impacts of landfills and incineration of waste materials on the quality.
Ch. 1 Lesson 4 Natural Resources. Natural Resource Natural resource is something in nature that is valuable to people and is used to make food, energy,
Conserving Resources 8 th Grade Science Book Chapter 14.
Gasunie ranks among the largest gas infrastructure companies in Europe. Safety is a top priority within Gasunie; it forms the basis of our “licence to.
Integrated Food Security, Power Generation and Environmental Conservation Initiative BY AMALI ABRAHAM AMALI for the 2015 National Engineering Innovation.
The earth is full of natural things we can use. Many natural products are a source of wealth and affect the way we live. Stone, oil, wood, water, air,
Pollutants via land media. Hazardous waste Hazardous waste is waste that is dangerous or potentially harmful to our health or the environment. Example.
Learning Objectives Know why the population is rapidly growing
© PlasticsEurope 2016 PLASTICS… TOO VALUABLE TO BE THROWN AWAY.
Southern California Emerging Waste Technologies Forum July 27, 2006 Conversion Technology 101.
WASTE Solid Waste. Objectives Name one characteristic that makes a material biodegradable. Name one characteristic that makes a material biodegradable.
Content 1.The main flowchart and technology 2.Advantage and disadvantages of each technology, way to improve. On-Nuch disposal site Group Member: Lu Li.
Biomass energy, bioetanol, biodiesel and USW.. Obtaining electricity from MSW The current trend in the correct treatment of municipal solid waste generated.
Solid Waste. What is solid waste and what are the different types? Industrial Municipal.
BIOMASS FORMATION The basic model of take up and accumulation of the solar power is the one that there carry out the plant green species the only energetic.
P4 Part 2 Carl James.
Chapter 24 Solid and Hazardous Waste
Chapter Nineteen: Waste
Addressing Resource Efficiency and Climate Change
Ch.27 Conserving Resources
Waste management at Stora Enso Veitsiluoto mill. Hannu Nurmesniemi. 8
Lecture (5): Waste treatment and disposal
OA2.1 Understand energy and its conservation
Recircling By Group One.
Recycling Companies in UAE
Waste management trash, recyclables, hazardous waste, nuclear waste, e-waste, biological waste, . . .
Solid Waste.
United States Wasting Resources 4.6% of the world's population
Solid Waste.
Conservation and Pollution
Waste and Disposal.
Main Objectives of This Secession
Welcome To Our Presentation 1. Topic Name Transfer Stations and Transport, Ultimate Disposal Methods 2.
SOLID WASTE MANAGEMENT PRINCIPLES
Solid Waste Alternatives King County Councilmember Kathy Lambert
Presentation transcript:

- Contamination - Danger of disease and epidemics - Rising costs which can no longer be financed - Wasting of energy and raw materials - Increasing protest among the population

The open landfill! Gas emission Smell Vermins River Groundwater Faulting of the landscape by wind dispatch Contamination of the wells, rivers, and streams and agricultural land Danger fire and explosions

Solution 1 = protected landfill Groundwater River Gas Siphon Sevage plant Faulting of the landscape by wind dispatch Reduction of smell Ground insulation

Solution 2 = Waste packing

This is modern waste management Creation of waste Refuse collection Waste packing BiomassRecyclable materials Clean bales instead of dangerous stinking landfills Baled energy Transport and suitability for storage without environmental damage New energy: Waste becomes a fuel Utilisation of the materials in waste by seperation Into biological and recyclabele materials Valuable raw materials Energy Electricity and heat Utilisation of energy Waste replaces fossil fueles reduction of discharges of co 2 and ch 4

The functioning principle of the powerpack system New technology conserves waste: crashing compressing packing Round bales wrapped into foils are the result. The waste gets new qualities: Secure for the environment Moveable without faulting Smell free no wind dispatch Storage on reduced area

Expansion without further costs Maintains calorific value (approx. 200 l Oil/ton) The economic aspects Costs of the plant Mill. €ca Mill. € Storage costs per ton 25 €22-24 € Construction time2 Monate48 Monate Acreage for tons 5 ha15 ha Investments for the City 0ca Mill. € Costs for country purchase for the City 15 ha Annual total costs1.35 Mill. €1.18 Mill. € + loan costs Mobile usable Forward- looking

The recultivation of old dumps Pre-sorting and intermediate storage Mechanical treatment Mobile plants for processing, separation, metal eliminate and packing for the transport Mechanical treatment Mobile plants for processing, separation, metal eliminate and packing for the transport Thermic utilisation with Incineration facilities (power-heating systems) Thermic utilisation with Incineration facilities (power-heating systems) Electrical and heating delivery Cold Treadment Addition of lime ash and mineral sludge (e.g. gravel washing residue) conditions and immoveable Cold Treadment Addition of lime ash and mineral sludge (e.g. gravel washing residue) conditions and immoveable Ash