Financial Issues in Solid Waste Management Expenditures -capital investment -operational investment Revenues.

Slides:

Advertisements

Similar presentations

COMPONENTS FOR SUCCESSFUL COMPOST FACILITY OPERATIONS SCAP Biosolids Committee Meeting August 2, 2012.

Advertisements

Chapter 5.1: Airline Cost Categorization

Federal Energy and Environmental Regulation Agencies and Laws

Environmental health Definition: “the control of all those factors in man’ s physical environment which exercise or may exercise a deleterious effect on.

Waste Generation and Waste Disposal

Part III Solid Waste Engineering

Prepared by: Ahmed Sawalha 1. Sources of Solid Wastes 2. Types of Solid Waste 3. Composition of Solid Waste 4. Determination of the Composition of MSW.

LESSON 2: CHARACTERISTICS AND QUANTITY OF MSW. Goals  Determine why quantification is important  Understand the methodology used to quantify MSW  Become.

Public Utility for water supply and sewage „Naissus“ Niš City of Niš, Serbia Local governments: helping each other?

TRP Chapter Chapter 1.1 Introduction. TRP Chapter Why raise hazardous waste management standards? To reduce risks of inadequate controls on.

Solid Waste are useless, unwanted or hazardous materials resulting from human activities Rubbish that may decompose e.g. food materials Non-decomposable.

© 2004 West Legal Studies in Business A Division of Thomson Learning 1 Chapter 45 Environmental Law Chapter 45 Environmental Law.

Prof. Awad S. Hanna S TEPS IN THE D EVELOPMENT OF A D ETAILED E STIMATE.

Real Estate Principles and Practices Chapter 15 Property Management © 2014 OnCourse Learning.

Federal Energy and Environmental Regulation Agencies and Laws

Types of waste Waste = any unwanted item or substance resulting from a human activity or process Municipal solid waste = from homes, institutions,

Solid Waste Management

Shore Reception Facilities

INTRODUCTION Anything that is not of further use in a process is known as waste for that process. That can be useful for other process and can be termed.

| [Contractor Safety Training] 1 Environmental Policy for Contractors.

TRP Chapter Chapter 3.1 Regulatory approaches.

Linda Zellmer Government Information & Data Services Librarian Western Illinois University

Development of a Tribal Utility Why is the Development of a Tribally Owned Utility a Why is the Development of a Tribally Owned Utility a “Good Thing”

U.S. Department of the Interior U.S. Geological Survey Dr. Robert M. Hirsch Associate Director for Water April 16, 2007 USGS: Water Resources Program.

LESSON 2: CHARACTERISTICS AND QUANTITY OF MSW. Goals  Determine why quantification is important  Understand the methodology used to quantify MSW  Become.

Urban, Suburban & Rural. Urban People often define urban areas, or cities, as land occupied by buildings and other structures used for residences and.

Chapter 16 Waste Generation and Waste Disposal.  Refuse collected by municipalities from households, small businesses, and institutions such as schools,

Solid Domestic Waste By: Laya Bataineh & Yousser Louhaichi.

PAMUKKALE UNIVERSITY DENİZLİ, TURKEY National Technical Waste Management Report from Turkey

ERT 319 Industrial Waste Treatment Semester /2013 Huzairy Hassan School of Bioprocess Engineering UniMAP.

3.00 Understand employment, agency, environmental, energy, and intellectual property law environmental and energy law.

Overview of the NSF 375 Draft Sustainability for the Water Treatment and Distribution Industry October 30, 2012.

 incorporates  gas collection, storage and compressor system  leachate collection, storage and treatment facilities.  prevent leachate leakage into.

Chapter 39 Environmental Law. 2  Under what common law theories may polluters be held liable?  What is an environmental impact statement? What is the.

September 23, 2005 Local Hazardous Waste Management Program in King County Washington Program Funding.

Waste Auditing: A Practical Overview and Guide. What is a Waste Audit ?

Chapter Seventeen The American Economy The Economic System ~~~~~ Making Business Decisions.

- Environmental health officers, also known as environmental or public health inspectors, prevent disease by enforcing health legislation and educating.

Resource and Waste Management in ALBANIA Ministry of Environmental, Forestry and Water Administration & Institute.

Real Estate Principles and Practices Chapter 15 Property Management © 2010 by South-Western, Cengage Learning.

Financial Update 1. Fund Balance Projections Final Adopted Budget Your Role in Improving the Department’s Financial Condition Questions/Answers.

Adoption of efficient waste collection logistic solutions Chris Liebenberg Pr Eng CJLConsult.

Municipal waste WASTE MANAGEMENT AND TECHNOLOGY Martin Kubal

© 2006, Educational Institute Chapter 1 The Role, Cost, and Management of Hospitality Facilities Hospitality Facilities Management and Design 3 rd Edition.

Copyright J. J. Keller & Associates, Inc. Content may be modified by subscriber per KellerOnline ® service Terms of Use. Hazardous Waste.

Solid waste management

GOVERNMENT ENGINEERING COLLEGE, BHARUCH Chemical Engineering Department Sem-III Subject : Process calculation Topic : Type of Fuels.

Chapter 16 Waste Generation and Waste Disposal.  Refuse = waste (something discarded or worthless)  Refuse collected by municipalities from households,

Westbrook Contractor Safety Training (March 31, 2016) Dana Beaulieu Sappi Westbrook Operations Environmental, Health, Safety and Security Manager Environmental.

Prevention of Disease Environmental Health. Key Points  According to the World Health Organization, Environmental health comprises those aspects of human.

QUOVADIS – PRACTICE OF SRF IN EUROPE:THE CASE OF NEW MEMBER STATES EU THE POTENTIAL POSSIBILITIES OF BULGARIA IN SRF USAGE. PRELIMINARY SRF DATA ABOUT.

Pollutants via land media. Hazardous waste Hazardous waste is waste that is dangerous or potentially harmful to our health or the environment. Example.

Draft - Enterprise Risk Management Risk Universe

Global Model of Municipal Solid Waste (GMMSW)

Solid Waste characteristics

«Water Sector Reform in Kenya »

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

Environmental Health According to the World Health Organization, Environmental health comprises those aspects of human health, including quality of life,

International Services

Main Objectives of This Secession

Solid and Hazardous waste Engineering

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

Waste Generation and Waste Disposal

FY2019 Proposed Budget Open House

Presentation transcript:

Financial Issues in Solid Waste Management Expenditures -capital investment -operational investment Revenues

Capital Investment waste collection equipment, waste transportation vehicles, land for waste disposal facilities, waste handling equipment, office building and equipment, infrastructure like roads, electric connection, pollution control equipment, water supply to waste handling sites, and investment towards safety, environment monitoring

Operational costs Salary to waste handling staff and office staff, stationary, energy/fuel, office stationary, communication, chemicals/other consumables, training, insurance, statutory fees, consultancy/auditor/advocate/legal fees,

Continue---- vehicle & equipment maintenance, bribe to government agencies, safety equipments, environmental monitoring, official travelling health check up and vaccination of employees, Depreciation interest towards loans if any

Revenues collection, transportation and disposal fee, subsidy financial assistance from government or international agency or others, and revenue from selling recyclable/reusable materials.

Chapter 2 Waste Quantities and Characteristics

Solid wastes need to be characterized by: sources, generation rates, types of wastes produced, and composition

Sources of Solid Waste domestic refuse (solid waste generated by markets, food centers, households and commercial premises etc.), industrial refuse (does not include hazardous and toxic waste which requires special treatment, handling and disposal), institutional solid waste (solid waste from government offices, schools, hospitals, recreational facilities etc.)

Quantities and Composition Waste generation rates: Kg/Cap/day Quantity and composition is a function of the lifestyle and living standard of the region’s inhabitants

Typical waste characteristics of the developing nations high waste densities, high moisture contents, large organic fraction, cities with sweeping as well as open ground storage characterized by large amount of dust and dirt.

Physical Characteristics density, Size distribution of components, and moisture content.  Other characteristics which may be used in making decision about solid waste management are: colour, voids, shape of components, optical property, magnetic properties, and electric properties.

Chemical Chs moisture (water content can change chemical and physical properties), volatile matter, ash, fixed carbon, fusing point of ash, calorific value, percent of carbon, hydrogen, oxygen, sulphur and ash.