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Waste Management Industry PowerPoint Template

The waste management PowerPoint template is a versatile presentation template consisting of 14 slides. This recycling PPT template features an attractive and earthy color palette of shades of green and blue colors which help to communicate the sustainable message of the template. You can find both sustainable illustrations and recycling icons throughout the presentation. Main content themes include the ecology of waste management, types of waste, waste and recycling data analysis, a timeline, and the environmental effects of waste.

This waste and recycling presentation template can be used for both PowerPoint presentations and Google Slides presentations . It is designed to be 100% customizable, including locations of text, images, graphics, and diagrams. All text boxes can be edited so you can adapt this presentation to your organization’s or individual needs.

The waste management presentation template is ideal for professionals looking to increase awareness about sustainable practices for their companies. It’s also useful for people who are presenting a new plan for managing waste through recycling. Students can use this waste PowerPoint template for class presentations on the environment and sustainable recycling, waste management trends, and the importance of recycling.

The template features bold geometric shapes layered on top of each other. Key diagrams include a five-part gear diagram featuring icons, percentages, and short text. A map diagram features location icons for indicating different types, sources, or locations of waste. A two-slide timeline feature has six different points that can be edited according to your presentation needs. Key illustrations include a recycling bin and a curvy road and cars illustration. Icons feature environment-themed images, such as a wheel barrow, fork lift, recycling sign, truck, hard hat, tree and box, magnifying glass, gears, speech bubble, transportation methods, earth, home, leaf, and family icons. The main colors are teal, aqua, mint green, and earthy green.

Whether you’re looking for a waste management presentation template or like the appearance of this template and want to use it for another subject, this template will make the presentation-creation process that much easier.

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Free Waste Management PowerPoint Template

A presentation template for garbage management topics.

Free Waste management PowerPoint Template is a template background that you can download and use for waste management and other recycling and waste management presentations. It helps demonstrate the various means of solid waste disposal and ways to manage hazardous waste. Make the world a better place through free PowerPoint backgrounds . The title slide has a waste bin with the recycle logo on it. A number of free Ecology related template are available on FPPT, such as free Eco Friendly PPT slides , and Global Environmental PPT theme .

Captivate the attention of your audience by presenting information about waste management that is collected from a survey of your hometown. According to a survey, about 200+ tons of waste is produced by Americans in a calendar year, which is the greatest number for any nation in the world. Explain how government association as well as environmentalists have come up with solutions through free Waste management PPT slides.

Inspire a culture of recycling within your own organization and community through free Waste management PPT slides. The majority of waste is produced by the industrial sector, but it is still the responsibility of you and your colleagues in lending a helping hand towards a healthier environment. Use this simple yet to the point template to make an effort towards healing the world, or at least your surroundings.

Free Waste Management PowerPoint template along with other useful Ecology presentations are compatible with latest and previous versions of Microsoft PowerPoint.

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Waste Management Business Plan

It seems that you like this template, waste management business plan presentation, free google slides theme, powerpoint template, and canva presentation template.

Where goes the trash when we take it out? Is it worth to recycle? What happens with all the paper and glass that we recycle? Your company can give a solution to all of these problems and become the leading company in waste management! In order to have your ideas heard, you can use this template to speak about what you do, how you do it, and how can it help protect the planet! Use the beautiful pastel slides and the cute decorations we have included to give your speech a special touch.

Features of this template

• 100% editable and easy to modify
• 39 different slides to impress your audience
• Contains easy-to-edit graphics such as graphs, maps, tables, timelines and mockups
• Includes 500+ icons and Flaticon’s extension for customizing your slides
• Designed to be used in Google Slides, Canva, and Microsoft PowerPoint
• 16:9 widescreen format suitable for all types of screens
• Includes information about fonts, colors, and credits of the resources used

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SB 1383 Education and Outreach Resources

General information.

The SB 1383 regulations require that jurisdictions conduct education and outreach on organics recycling to all residents, businesses (including those that generate edible food that can be donated) haulers, solid waste facilities, and local food banks and other food recovery organizations.

Tools to Educate Local Leaders

City council members, city and county boards, and other high-level decision makers need to start planning today to adequately resource and implement the programs that will be required in the SB 1383 regulations. CalRecycle has developed a PowerPoint with talking points and a short, 3-minute video that jurisdiction staff can use to educate local decision makers on the primary elements of the law. The PowerPoint is customizable so that local jurisdictions can tailor presentations to their audience.

New  Elected Officials  web page available now.

Model Tools

CalRecycle, in coordination with HF&H, developed four model tools to assist jurisdictions and stakeholders with SB 1383 implementation. For an overview of the four model tools, here are the PowerPoint Presentation  and  Recording of the Overview Webinar .

CalRecycle will continue to publish resources to this page to provide jurisdictions with education and outreach tools.

SB 1383 Implementation Program Examples

• Burrtec SB 1383 Municipal Program Overview
• City of Davis: SB 1383 Implementation Information
• City of San Diego: Outreach Video for City Employees
• EJ Harrison Guide to Trash, Recycling and Yard Waste
• San Diego County: Food Prevention and Recovery Outreach Materials for Residents
• Suisan City – SB 1383 Informational Website

Residential Implementation Examples

• Sacramento County – Residential Education
• Sacramento County You Tube Channel for Utilities and Residential Services
• Anita’s My Way Organc Waste Collection Video
• Delmonaco’s My Way Organics Waste Collection Video
• Tcha Family’s My Way Organics Waste Collection Video

Commercial and Multifamily Implementation Examples

• Alameda County – StopWaste De Minimus and Physical Space Waivers
• City of Capitola Commercial Organics Collection Waiver 
• City of Davis Recycling and Organic Waste Collection Service Waivers for Space, De Minimus, Self-Haul and Cart Share Requests 
• Santa Clara County Garbage Collection Service Waiver Application 
• San Diego County Commercial and Multi-Family Waiver
• San Luis Obispo County – Organics Collection Service Waiver 
• Zero Waste Sonoma – 1383 business waiver

Letter for Business Owners on Requirements on Obligations to Notify Tenants and Label/Color Requirements

• City of Davis SB 1383 Requirements for Businesses
• City of Davis Flyer for Correct Sorting and Color Requirements
• Modesto Recycling and Organics Guide for Businesses – English
• Modesto Recycling and Organics Guide for Businesses – Spanish
• Republic Services Explanation of Container Types and Lid Colors for Business Owners
• City of Oceanside Manager Guide to Train Employees
• City of Oceanside Recycling and Organics Services for Businesses

Having problems with trash compactors? Please view: City of Davis – Municipal Code for Trash Compactors: placement requires approval of Public Works (b)(4)

Self-Haul/Back-Haul Education and Documentation Examples

• Los Angeles County Self-Hauler Information and Waivers
• City of Palo Alto: Organic Waste Self-Hauler Requirements Mailer
• Suisan City – Self Hauler Annual Diversion Report Form for approving and documenting by the City
• Ventura County Self Hauler Registration

Notice of Violation Letter

• San Rafael Courtesy Notice of Violation

Letters, Flyers, and Websites for Multi-Family Property Owners and Residents

• Alameda County – Stopwaste Multi-Family Resident Notification Flyer
• Alameda County – Stopwaste Organics Reduction and Recycling Ordinance Flyer
• City of Carpinteria and EJ Harrison Recycling Flyer for Businesses and Multi-Family Complexes
• City of Folsom Waste and Recycling Notice for Multi-Family Properties
• City of Oceanside Multi-Family Residents and Property Owners Guidance
• City of Oceanside Business and Multifamily Guide
• City of Oceanside Multi-Family Poster
• City of Davis Multi-Family Education Video
• City of Sacramento Multi-Family Frequently Asked Questions
• City of San Diego – Announcement of Organic Waste Recycling Program
• City of San Diego – Curbside Organic Waste Recycling Guide
• City of San Diego – Organic Recycling Steps
• City of San Diego – Organic Recycling Webinars
• City of San Diego – Helpful tips for Keeping Organic Waste Recycling Containers Clean and Reduce Potential Odors
• City of Thousand Oaks Multi-Family Requirements and Resources
• City of Modesto Recycling and Organics Guide for Multifamily – English
• City of Modesto Recycling and Organics Guide for Multifamily – Spanish
• EJ Harrison Food Waste Services for Businesses and Multifamily Properties
• Sacramento County Multifamily Organics Recycling Webinar
• Zerowaste Sonoma Letter to Employees and Tenants to Source Separate

Edible Food Recovery Programs and Food Recovery Organizations

Food recovery programs across california.

• Abound Food Care (Orange County)
• Alameda County – Stop Waste Resources for Setting Up Edible Food Recovery
• Athens Services Food Donation Information
• Fresno County Commercial Edible Food Generator Resources
• Fresno Metro Ministry
• Kern County Waste Hunger Program
• Los Angeles Edible Food Recovery Program Resources
• City of Oceanside Edible Food Resources for Commercial Businesses, Restaurants, Grocer’s and Retail Stores
• City of Oceanside Food Too Good To Waste Guide
• City of Sacramento Edible Food Fact Sheet
• Santa Clara County Food Recovery Program
• Solana Center Food Recovery and Donation Resources
• Yolo County Food Bank
• Yolo County Edible Food Recovery Program

Edible Food Recovery Requirement Letter for Tier 1 and Tier 2 Generators

• City of Carlsbad: Outreach Materials for Commercial Generators
• City of Davis: Requirements for Commercial Edible Food Generators
• Contra Costa Recycle Smart Edible Food Brochure
• Contra Costa Recycle Smart Edible Food Generator Flyer
• Santa Clara County Tier 1 Edible Food Generator Letter – English
• Santa Clara County Tier 1 Edible Food Generator Letter – Spanish
• Santa Clara County Tier 1 Edible Food Generator Letter – Vietnamese
• Santa Clara County Tier 1 Edible Food Generator Letter – Chinese
• San Diego County Edible Food Requirements Website
• San Diego County Food Recovery Compliance Guide
• City of Modesto Letter to Tier 1 and Tier 2 Generators
• City of Sunnyvale Edible Food Recovery Flyer for Businesses
• City of Sunnyvale Letter to Tier 1 Edible Food Generators

Letters to Food Recovery Organizations for Edible Food Recovery

• City of Sunnyvale Letter to Food Recovery Organizations and Services
• San Diego County Food Recovery Organization Flyer

Edible Food Recovery Inspection Forms

• Calaveras County Commercial Edible Food Generator Inspection Form
• Calaveras County Food Recovery Organization Inspection Form
• City of Vallejo Commercial Edible Food Generator Inspection Form
• City of Vallejo Food Recovery Organization Inspection Form
• Orange County Waste & Recycling Edible Food Recovery Inspection Form

Food Recovery Partnership Forms and Reporting

• City of Oceanside Food Recovery Partnership Form
• Santa Clara County’s SB 1383 Food Recovery Report for commercial edible food generators
• StopWaste’s Food Recovery Organizations & Services Reporting Form

Edible Food Recovery Capacity Study

• Sonoma County Zero Waste Study

Procurement

• County of San Diego – SB 1383 Procurement Tools for Municipalities Presentation
• City of Laguna – Direct Service Provider (DSP) Agreement for Renewable Natural Gas (RNG)

These guidance tools were developed by CalRecycle as a courtesy for informational and example purposes only. Use of these tools is optional and is not a regulatory requirement. In the event of any conflict with these guidance tools or information herein, applicable statutory and regulatory provisions shall control. These tools and information herein are based on known facts and legal authority as understood by CalRecycle at the time of release. Any analysis, guidance, or other information herein may be subject to change based on changed facts or legal authority, actual or understood, subsequent to the publishing of these tools. The provision of these guidance tools and any analysis, guidance, or other information herein shall not be construed as a waiver of any rights or remedies available to CalRecycle. Users are encouraged to seek the assistance of legal counsel to comply with applicable state law based on their pertinent facts and circumstances. CalRecycle makes no representation that use of these tools will ensure compliance with regulatory requirements. The user assumes all risk and CalRecycle accepts no responsibility or liability to any person because of the use of, or reliance upon, these tools or the information herein.

Relevant Research on Educating Residents and Businesses on Recycling Organics and Reducing Food Waste

• Safe Surplus Food Donation Best Management Practices PDF download
• U.S. EPA Food: Too Good to Waste Evaluation Report
• NRDC: Estimating Quantities and Types of Food Waste at the City Level PDF download
• Oregon Waste Food Study: Measurement, Motivations and Opportunities to Waste Less Food (interesting discussion of drivers of food waste) PDF download
• Save the Food Campaign by Ad Council
• Frequently Asked Questions
• Organics Home
• Mandatory Commercial Organics Recycling
• Comments and Complaints  

For more information contact: Short-Lived Climate Pollutants (SLCP), Organic Waste Methane Emissions Reductions, [email protected]

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Powerpoint Templates and Google slides for Smart Waste Management

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Deliver this complete deck to your team members and other collaborators. Encompassed with stylized slides presenting various concepts, this Enhancing E Waste Management System For Smart Cities Powerpoint Presentation Slides is the best tool you can utilize. Personalize its content and graphics to make it unique and thought-provoking. All the sixty six slides are editable and modifiable, so feel free to adjust them to your business setting. The font, color, and other components also come in an editable format making this PPT design the best choice for your next presentation. So, download now.

This slide provides a dashboard for controlling IoT devices in smart city waste management operations. It provides detailed information related to waste collection, remaining waste, bin capacity level, route optimization, Issue tracker log, carbon footprint value, etc.Present the topic in a bit more detail with this Dashboard For Monitoring Waste Management In Revolution In Smart Cities Applications IoT SS. Use it as a tool for discussion and navigation on Dashboard Monitoring, Waste Management, Smart City. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide exhibits a graphical representation of the global market size of smart waste management systems. It includes key growth drivers such as rapid urbanisation and industrialization, increased smart city initiatives, etc. Present the topic in a bit more detail with this Global Market Size Of Smart Waste Management Role Of IoT In Enhancing Waste IoT SS. Use it as a tool for discussion and navigation on Key Growth Drivers, Waste Management, Rapid Urbanisation. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide graphically provides information on major players market size in the smart waste management market. These key players include Veolia, waste management, republic services, Suez, waste connections, clean harbors, etc. Deliver an outstanding presentation on the topic using this Major Smart Waste Management Players Market Role Of IoT In Enhancing Waste IoT SS. Dispense information and present a thorough explanation of Largest Waste Management, Waste Management, Revenue Earner using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide exhibits a graphical representation of the global market size of smart waste management systems. It includes key growth drivers such as rapid urbanisation and industrialization, increased smart city initiatives, etc. Deliver an outstanding presentation on the topic using this Global Market Size Of Smart Waste Management System IoT Driven Waste Management Reducing IoT SS V. Dispense information and present a thorough explanation of Global Market Size, Smart Waste Management System, Rapid Urbanization, Industrialization using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide graphically provides information on major players market size in the smart waste management market. These key players include Veolia, waste management, republic services, Suez, waste connections, clean harbors, etc. Deliver an outstanding presentation on the topic using this Major Smart Waste Management Players Market Size IoT Driven Waste Management Reducing IoT SS V. Dispense information and present a thorough explanation of Major Smart Waste Management, Players Market Size, Waste Connections, Clean Harbors using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

The following slide illustrates the working model of IoT sensors for trash and waste management that helps to send and collect the data information. The multiple steps are sending signals, collection of data, providing essential measures, etc. Presenting our well structured IoT Smart Trash Box Working For Waste Management. The topics discussed in this slide are Sending Signals, Data Collection, Data Processing. This is an instantly available PowerPoint presentation that can be edited conveniently. Download it right away and captivate your audience.

The below slide highlights the various IoT-based technology that helps to identify and tackle the challenges of waste management for effective operations. The multiple devise used are IoT sensors, smart bin sensors, RFID tags, etc. Introducing our IoT Smart Waste Management Technology set of slides. The topics discussed in these slides are Technology, Description, Working, Examples. This is an immediately available PowerPoint presentation that can be conveniently customized. Download it and convince your audience.

The following slide represents the urban waste management process using IoT technology and connected devices that helps to collect and deploy the waste for building a sustainable and smart city. The steps involved are access to energy sources, garbage cans with active sensors, etc. Introducing our IoT Urban Smart Waste Management Process set of slides. The topics discussed in these slides are City Council, Recycling Plant, Manufacturing Plant. This is an immediately available PowerPoint presentation that can be conveniently customized. Download it and convince your audience.

The following slide exhibits the IoT waste management strategy for the development of a smart city by providing real-time data collection on waste. The various components are collection, sorting and recycling, dumping detection, and management analytics. Presenting our set of slides with IoT Waste Management For Smart City Development. This exhibits information on Four stages of the process. This is an easy to edit and innovatively designed PowerPoint template. So download immediately and highlight information on Collection, Sorting And Recycling, Dumping Detection, Management Analytics.

The below slide exhibits the role of IoT in waste management with the help of smart devices and technology that helps in the engagement of sustainable practices. The multiple tasks are route optimization. Smart recycling, and data analysis. Introducing our premium set of slides with Role Of IoT In Smart Waste Management. Ellicudate the Three stages and present information using this PPT slide. This is a completely adaptable PowerPoint template design that can be used to interpret topics like Route Optimization, Smart Recycling, Data Analysis . So download instantly and tailor it with your information.

This coloured powerpoint icon depicts an IoT Waste Management and Classification System, which helps to efficiently manage and classify waste for better recycling and disposal. It is a great visual aid to illustrate the concept of IoT-based waste management.

This slide provides information about smart waste management systems to handle and mange waste. It includes components such as smart bin systems, real time monitoring systems, and navigation systems. Deliver an outstanding presentation on the topic using this Smart Waste Management System To Enhance Introduction To Internet Of Things IoT SS. Dispense information and present a thorough explanation of Components Involved, Collection Wastes using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide covers the overview smart city waste management system utilizing IoT technology. It also covers the advantages of leveraging IoT for improving efficiency by real time data, dynamic routing, enhancing residents experience, etc.Introducing IoT Enabled Waste Management System In Smart IoT Revolution In Smart Cities Applications IoT SS to increase your presentation threshold. Encompassed with two stages, this template is a great option to educate and entice your audience. Dispence information on Activated Assistants, Home Security, Smart Home Automation, using this template. Grab it now to reap its full benefits.

This slide showcases the various applications of IoT technology for waste management in smart cities. It incorporates real time bin monitoring, efficient collection routes, environmental impact, recycling, waste separation data, etc.Increase audience engagement and knowledge by dispensing information using IoT Techniques For Waste Management In Smart Revolution In Smart Cities Applications IoT SS. This template helps you present information on five stages. You can also present information on Deployment Advanced, Smart Waste Management, Enhance Communication using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

Mentioned slide showcases the various use cases of IoT in smart city waste management, along with real examples. It includes IoT technology in waste bin monitoring, waste management system, IoT based collection routes, and smart bin technology.Present the topic in a bit more detail with this Use Cases Of IoT Technology In Smart Waste IoT Revolution In Smart Cities Applications IoT SS. Use it as a tool for discussion and navigation on Smart Thermostats, Smart Appliances, Samsung Smartthings . This template is free to edit as deemed fit for your organization. Therefore download it now.

The slide presents integration of digitalization and intelligent robotics in the value chain of waste management. It includes Increase audience engagement and knowledge by dispensing information using Smart Automation Robotics Efficient Robotic Technologies For Autonomous Waste Management RB SS This template helps you present information on Four stages. You can also present information on Sorting Robots, Collection Robots, Cleaning Robots using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

Following slide showcases futuristic trends of industrial waste management with smart tech for reduced environmental impact. It further covers techs such as pello, recycling robots, pneumatic waste pipes and trash compacters. Introducing our premium set of slides with Smart Tech Futuristic Trends For Industrial Waste Management Ellicudate the four stages and present information using this PPT slide. This is a completely adaptable PowerPoint template design that can be used to interpret topics like Pello, Recycling Robots, Pneumatic Waste Pipes So download instantly and tailor it with your information.

This slide highlights key features and applications of smart bins, providing details on their functionality and practical uses. It includes applications such as public spaces, commercial buildings, healthcare facilities, and industrial facilities. Increase audience engagement and knowledge by dispensing information using Applications And Features Of Smart Recycling Bins Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on four stages. You can also present information on Environment Occupants, Commercial Buildings, Industrial Facilities using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide presents applications of smart waste management systems in smart cities, improving efficiency and overall quality of urban living. These applications include smart bins, fleet tracking, waste sorting and recycling, and pneumatic sewer pipe. Increase audience engagement and knowledge by dispensing information using Applications Of IoT In Smart Waste Management Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on four stages. You can also present information on Provide Rewards, Collection Vehicle Location, Vehicle Breakdown using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide showcases smart waste bin architecture and key components providing insights into its functionality. It includes key components such as sensors node, gateway, central system, and end user. Deliver an outstanding presentation on the topic using this Architecture For Smart Waste Bins And Centralised Role Of IoT In Enhancing Waste IoT SS. Dispense information and present a thorough explanation of Central Systems, Gateway Responsible, Key Components using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide exhibits benefits of IoT IoT based smart city waste management system. It includes benefits such as increase efficiency, improved citizen experience, and enhanced environmental impact. Increase audience engagement and knowledge by dispensing information using Benefits Of IoT For Smart City Waste Management Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on four stages. You can also present information on Enhance Garbage, Frequencies Real Time, Collection Information using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide exhibits block diagram of a smart waste management and classification system using various technologies for efficient waste collection, sorting, and disposal. It includes main stages such as edge node processing, cloud processing, and control unit. Present the topic in a bit more detail with this Block Diagram Of Smart Waste Management And Role Of IoT In Enhancing Waste IoT SS. Use it as a tool for discussion and navigation on Grid Segmentation, Segregate Waste, Grid Segmentation. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide consists of a case study of the city Nitra that addresses waste management challenges by deploying smart sensors. It includes elements such as challenges, smart waste solutions, and results of solutions. Increase audience engagement and knowledge by dispensing information using Case Study 2 Smart Bin Monitoring System Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on three stages. You can also present information on Elimination Environmental, Transfer Networks, Underground Bins using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide includes potential technologies that integrate smart technologies in waste management processes. It includes technologies such as pello, recycling robots, solar powered trash compactors, and recycling applications. Increase audience engagement and knowledge by dispensing information using Emerging Smart Waste Management Technologies Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on four stages. You can also present information on Recycling Applications, Preciously Differentiate, Recycling Facilities using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide showcases smart waste management system growth analysis in various geographical regions. It includes key reasons for America to be highest revenue contributor such as initiatives by the government, increase in awareness of waste disposal among people.Introducing Global Smart Waste Management Market Regional Role Of IoT In Enhancing Waste IoT SS to increase your presentation threshold. Encompassed with one stage, this template is a great option to educate and entice your audience. Dispence information on Canadian Government, Increase Awareness, Revenue Contributor, using this template. Grab it now to reap its full benefits.

This slide includes an overview of technologically advanced smart bins, helpful in the waste collection and recycling process. It includes various benefits such as reduction in waste disposal, decline in waste collection costs, and enhanced service quality. Deliver an outstanding presentation on the topic using this Introduction To Smart Bins Overview And Benefits Role Of IoT In Enhancing Waste IoT SS. Dispense information and present a thorough explanation of Interpretation Capabilities, Sensors Connectivity, Containers Embedded using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide outlines an overview of a smart waste sorting and recycling system that helps to improve efficiency and real time monitoring. It includes benefits such as highly accurate, enhances speed of recycling, and ensures safety. Introducing Introduction To Smart Waste Sorting And Recycling Role Of IoT In Enhancing Waste IoT SS to increase your presentation threshold. Encompassed with three stages, this template is a great option to educate and entice your audience. Dispence information on Advanced Technologies, Automatically Sort Waste, Smart Waste Management, using this template. Grab it now to reap its full benefits.

This slide showcases information about IoT based smart waste management systems with a working block diagram. It includes steps such as collect smart bins data, transfer data, store data and analysis, etc. Deliver an outstanding presentation on the topic using this IoT Overview In Smart Waste Management System Role Of IoT In Enhancing Waste IoT SS. Dispense information and present a thorough explanation of Produce Information, Generation Patterns, Smart Sensors Administer using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide exhibits applications of IoT that help waste sorting and recycling facilities operate more efficiently. It includes applications such as waste composition, waste sorting robots, and quality control. Increase audience engagement and knowledge by dispensing information using IoT Technology Applications In Smart Waste Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on four stages. You can also present information on Worker Health Monitoring, Waste Sorting Robots, Quality Control using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide showcases key elements of IoT IoT based smart waste management system ecosystem for making the system accessible and user friendly. It includes components such as an IoT platform, gateway, sensors, and mobile and web applications. Increase audience engagement and knowledge by dispensing information using Key Components Of Smart Waste Management Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on six stages. You can also present information on Ensures Data Continuity, Management Hub, Key Components using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

This slide comprises of smart waste management process that leads to less fuel consumption and ultimately reduces carbon footprint. It includes steps such as collection of data from devices, convert data into insights, align sensors for collection volume and disposal procedure, etc. Deliver an outstanding presentation on the topic using this Smart Waste Management Process To Reduce Carbon Role Of IoT In Enhancing Waste IoT SS. Dispense information and present a thorough explanation of Disposal Procedure, Logistics Volume, Edge Devices using the slides given. This template can be altered and personalized to fit your needs. It is also available for immediate download. So grab it now.

This slide exhibits market growth driving forces contributing to rapid adoption of smart waste management system in smart cities. It includes rapid growth of population and urbanization, smart city initiatives, and environmental sustainability. Present the topic in a bit more detail with this Smart Waste Management System Market Growth Role Of IoT In Enhancing Waste IoT SS. Use it as a tool for discussion and navigation on Environment Sustainability, Smart City Initiatives, Waste Management. This template is free to edit as deemed fit for your organization. Therefore download it now.

This slide highlights key smart trash bins common sensors, helpful in determining fill level information. It includes sensors such as ultrasonic sensor, RFID tags, load cells, image sensors, temperature and humidity sensor, and gas sensor. Increase audience engagement and knowledge by dispensing information using Types Of Sensors Integrated Into Smart Bins Role Of IoT In Enhancing Waste IoT SS. This template helps you present information on six stages. You can also present information on Monitor Industrial, Route Optimization, External Communication using this PPT design. This layout is completely editable so personaize it now to meet your audiences expectations.

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Waste Management

Nov 08, 2014

570 likes | 1.02k Views

Waste Management. A Brief History of Waste Disposal:. The Early Years: “Dilute and Disperse”. -Waste production was taken care of by dumping, either into unused land areas (“swamps”) or into rivers. Many cities have areas that once were “dumps”, and are now covered by parks or buildings.

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Presentation Transcript

Waste Management A Brief History of Waste Disposal: The Early Years: “Dilute and Disperse” -Waste production was taken care of by dumping, either into unused land areas (“swamps”) or into rivers. Many cities have areas that once were “dumps”, and are now covered by parks or buildings.

Most trash or waste was either buried loose, or in barrels. Big Problem: Early trash dumps were used for everything, and unregulated. Many toxins were dumped with no thought as to the repercussions. In Delaware, several sites that were formerly sand and gravel pits were used as dumps. EX: Army Creek Landfill, Tybouts Corner Landfill, Delaware Sand and Gravel Landfill

Most of these dumps were “open pit” dumps, with no effort made to cover up the trash and waste. In some instances, the waste was periodically burned, to provide more space. Sanitary Landfills Later designs were not open pit, because the waste was covered with a layer of soil. Landfills today use this method of covering the trash. The layer of soil prevents access to the waste by birds, insects and rodents.

Sanitary Landfills have distinct alternating layers of compacted trash and soil. Soil Layer Layer of Compacted Trash

Problems Associated with Landfills 1) Landfill space is very limited Ex: Philadelphia is out of landfill space (it used to be near the airport), and now has to ship its trash elsewhere (very costly!) In Delaware:The Cherry Island Landfill is near capacity, and studies are underway to determine if the hill of trash can be made even higher. Understandably, people living near the landfill are quite upset about the prospects of more trash.

2) Creating newer, safer landfills is an uphill battle. NIMBY Syndrome The sites chosen for landfills often are located near poor, politically disconnected populations. 3) Leachate from the Landfill Probably the biggest environmental problem with landfills, leachate is the movement of water through the waste, into the groundwater or a nearby body of water.

The nature of the leachate depends on the nature of the waste,the quantity of water, and the time it takes to percolate through the pile. 4) Atmospheric Pollution Since the waste is cut off from the air, it degrades anaerobically. Anaerobic degredation takes longer, and produces different products. Rather than decomposing into CO2, the trash decomposes into CH4, methane gas.

The Composition of Our Solid Waste Solid waste varies in composition depending on its source. Paper is the largest component of the waste stream, at about 38%. The single largest item is newspaper, which accounts for over 18% of solid waste.

The Composition Of the Solid Waste Stream

Waste Management, or “What Do We DO With All This Stuff”? Integrated Waste Management (IWM) “a set of management alternatives that include reuse, source reduction, recycling, composting, landfills, and incineration” • Reduce, Reuse, Recycle: the ultimate goal • of waste management is to reduce the amount • of waste that must be dealt with in the • first place.

Studies have indicated that waste could be reduced by as much as 70%. But HOW? -Reduction in packaging wastes -Reusable packages, deposits on containers -Packages made of easily recycled materials -Increased markets for recycled materials -Increased public support for recycling

2) Composting Composting is a biochemical process that breaks down organic materials into rich soil-like material. It involves microscopic aerobic organisms, so the compost must be aerated to keep them alive. Piles of compost may be turned over periodically, allowing air to penetrate the pile. Large “digesters” continually turn the compost, making a very efficient system.

Problems with Composting: Compost having left over pesticides may kill plants that it is applied to. (herbicides) Compost can only be made when the organic material is collected separately from other trash. (plastics/metals, etc..) Composting does have a good future, because it can be done on a small scale, in yards and gardens.

3) Sanitary Landfill (improved designs): Sanitary landfills are not going to be eliminated from any integrated system. There is always going to be a need for them. Improved designs will better handle leaching, and prevent contamination of air and groundwater. Landfills by design, not by accident, built to take specific types of waste. Built in monitoring systems, wells, liners, and leachate collection pipes.

An Idealized Sanitary Landfill

4)Incineration: also known as “trash to steam”, has an advantage that the energy in the trash can be converted to heat energy. Also reduces the volume of trash up to 95%. Problems with Incineration -Creates air pollution, including SO2, NOx and all kinds of heavy metals (mercury, lead, etc…) -can be lowered with specialized equipment ($$) -The ash produced is very toxic, and needs to be handled as toxic waste.

Human Waste Disposal Since the dawn of human evolution, solid human waste has posed a problem as to its disposal. Wherever large populations of people lived, the waste became a big problem. For thousands of years in China and India, waste was used on crops as fertilizer. By the early 20th century, land application was taking place in many places, including the U.S. “Sewage Sludge”

Major Problems with Human Waste Disposal -Contamination with infectious agents, and their spread to waterways and treated crops Ex: Chi-Chi’s green onion problem (e-coli bacteria) -Pollution with heavy metals, industrial solvents, and pesticides. Industrial contributors could pre-treat their sewage, thereby eliminating many pollutants. ($$$) If the price of oil continues to climb, making man-made fertilizers more expensive,the use of human waste as fertilizer may gain favor again.

Ocean Dumping Types of things that get dumped into the oceans of the world: Dredge spoils: solid materials, generally silt,sand and pollutants dug up as navigation channels are deepened. Industrial wastes:acids, pesticide wastes, all matter of solvents, heavy metals Construction Debris Sewage Sludge Radioactive waste, explosives, garbage

Ocean Dumping Laws (U.S.) 1972: Ocean Dumping Act:Prohibited the dumping of chemical weapons, high level radioactive waste, biological warfare agents. 1988: Expanded to include sewage sludge, industrial waste, and medical waste. 1992: Provisions for a coastal water quality monitoring program were added

Convention on the Prevention of Marine Pollution by Dumping of Wastes and Other Matter, 1972 Permitted dumpingArticle 4 states that Contracting Parties "shall prohibit the dumping of any wastes or other matter with the exception of those listed in Annex 1." 1. Dredged material 2. Sewage sludge 3. Fish waste, or material resulting from industrial fish processing operations

4. Vessels and platforms or other man-made structures at sea 5. Inert, inorganic geological material 6. Organic material of natural origin 7. Bulky items primarily comprising iron, steel, concrete and similar unharmful materials for which the concern is physical impact and limited to those circumstances, where such wastes are generated at locations, such as small islands with isolated communities, having no practicable access to disposal options other than dumping.

Hazardous Waste and its Disposal In the U.S., over 35,000 chemicals are classified as hazardous to the health of people or to ecosystems (Table 28.1 in textbook) The U.S. produces an average of 700 MILLION metric tons of hazardous waste annually. Most is generated by the chemical industry, followed closely by the electronics industry, and oil/petroleum industries.

Another great source of hazardous waste is US! Almost every household has used pesticides, oil, solvents, paints, batteries, etc. When these get thrown into the “regular” trash, they end up in a landfill not designed for hazmat, or, even worse, incinerated in a plant not made for burning hazmat. In the U.S., there are an estimated 2000 sites polluted with hazmat, and the number keeps going up as new sites are found.

Love Canal In 1976, toxic chemicals began oozing out of the soil covering what once had been a toxic dumping ground. Chemicals had been dumped by a company that produced pesticides, such as DDT, as well as lots of chlorinated solvents. The company sold the land to the city of Niagara, NY for $1 (it was pressured by the city to do so)

Homes and a school were eventually built over the buried waste. Studies in the late 70’s suggested high rates of cancer and birth defects among the residents of Love Canal, although results were debated. Efforts were made to clean and neutralize the site and the homes were eventually sold again to new owners. By 1990, $275 million had been spent on cleanup and relocation costs.

Hazmat Disposal There are several methods of dealing with hazmat disposal (Table 28.2 in textbook) • Secure Landfill: similar to a sanitary landfill, but • with more durable liners, closer inspection of • wells, etc. Secure landfills also usually have a leachate pond, which collects the liquid as it runs through the pile. The leachate is then sent to a treatment facility designed for hazmat.

Hazardous Waste Landfill

2) Surface Impoundments: natural or man-made holes, in which liquid waste is held May include a plastic liner but not all do. Some rely on clay, rock or “impermeable soil”. Big Problems with Impoundments • They are open to the air, so evaporation takes • place, especially of solvents, etc.. 2) They can be flooded with heavy rain, and overflow into a nearby waterway or groundwater

3) Deep Well Injection: drilled to a depth that is below any underground aquifers, and the liquid waste is injected under high pressure into the Earth. The well has to be sited so that it penetrates a permeable rock layer far underground, but is under an impermeable layer Well Impermeable Rock Porous Rock

Problems with Deep Well Disposal There have been instances where deep well injection has been implicated in causing earthquakes deep underground. The high pressure liquid lubricates rock layers, allowing them to slide. (Rocky Mtn. Arsenal, 1980’s) There is no guarantee that the waste will not find its way into a water system at some time. (no way to monitor the waste)

4) Incineration Destruction by high temperatures Is considered a treatment, rather than disposal, because the leftover ash must still be disposed of in a landfill Is the chosen method for treatment of chemical weapon stocks (Johnston atoll) Also conducted on ships that are purpose built for incineration (very controversial)

Incinerators for hazmat are designed to reduce waste as much as is possible.

Hazardous Waste Legislation Ultimately, it would be far better to reduce the amount of waste, rather than dispose of or treat it. Resource Conservation and Recovery Act (RCRA): Identification of hazardous products and regulations regarding their disposal. “Cradle to Grave” regulation Promotes recycling, re-use of chemicals

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