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IoT&ゴミ収集について

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茅ヶ崎と藤沢市のゴミの量
平成26年度では茅ヶ崎は71000トン、藤沢は13万7000トン

全国のごみデータ【小学生のひろば】 日本でのリサイクル. 何だかおかしい…日本のゴミ事情ーゴミの行く末. 都道府県のごみのリサイクル率番付 - 都道府県・市区町村ランキング【日本・地域番付】 リサイクル率の算出|統計データ|PETボトルリサイクル推進協議会. 一般廃棄物の排出・処理状況/産業環境管理協会 資源・リサイクル促進センター. 一般廃棄物・産業廃棄物の統計データ 2.一般廃棄物の排出・処理状況 1.ごみの排出量の推移・容器包装廃棄物の割合 ごみの排出量の推移 ※図表の数値については、四捨五入により合計が一致しない場合がある。

一般廃棄物の排出・処理状況/産業環境管理協会 資源・リサイクル促進センター

※「ごみ総排出量」とは廃棄物処理法第5条の2に基づく「廃棄物の減量その他その適正な処理に関する施策の総合的かつ計画的な推進を図るための基本的な方針」(以下、基本方針)における「一般廃棄物の排出量」と同様とする。 Trash talking: Cities finding smarter ways to collect our waste. Four years ago, the World Bank issued a warning about waste management in our rapidly growing cities.

Trash talking: Cities finding smarter ways to collect our waste

Its Urban Development department projected that the amount of municipal solid waste (MSW) would increase from 1.3 billion tonnes per year to 2.2 billion tonnes per year by 2025, while the annual global cost of solid waste management would rise from $205 billion to $375 billion. Developing countries would be especially burdened, the report claimed. “Improving solid waste management, especially in the rapidly growing cities of low-income countries, is becoming a more and more urgent issue,” said Rachel Kyte, vice president of sustainable development at the World Bank. One solution may lie in finding smarter approaches to waste collection – which represents the largest single cost of municipal waste management (and as much as 61 per cent of MSW in the United States, according to analysts). Meanwhile, the environmental cost of waste collection is incalculable. The Terrifying "Smart" City of the Future.

Photo Credit: Shutterstock/hin255 The following is the latest in a new series of articles on AlterNet called Fear in America that launched this March.

The Terrifying "Smart" City of the Future

Read the introduction to the series. Imagine a world without waste. A place where the train always comes on time, where streets are plowed before snow even stops falling, and watchful surveillance cameras have sent rates of petty crime plunging. Never again will you worry about remembering your keys because your front door has an iris recognition system that won’t allow strangers to enter. Smart cities are loosely defined as urban centers that rely on digital technology to enhance efficiency and reduce resource consumption.

The surveillance implications of these sorts of mass data-generating civic projects are unnerving, to say the least. Smart cities are predicated on the neoliberal idea that the market can fix anything—that companies can manage cities better than governments can. CT: I think people are only vaguely aware. CT: Exactly. IoT-Based Smart Garbage System for Efficient Food Waste Management. IOT Garbage Monitoring System Project. IoT connects trash cans for smart pick up. As the “Internet of Things” becomes a reality with the number of connected devices projected to hit 25 billion by 2020, the research and development team at AT&T’s IoT Foundry in Plano, Texas, is working hard to lead the way.

IoT connects trash cans for smart pick up

On a recent tour of the facility, IoT Foundry Director Craig Lee showed RCR Wireless News a connected trash can designed to bring efficiency to waste collection. Lee explained how the Foundry team put a 3G cellular modem linked to an ultrasonic sensor designed to measure trash levels into the otherwise run-of-the-mill receptacle.

That data is fed into a virtual machine and processed, then displayed on a dashboard that graphically shows the amount of trash in a given bin, which can also be geo-located using GPS. “What you’re going to see is actual data coming out of a 3G radio that’s inside this device. It’s being processed through a product we developed. The AT&T Foundry program was launched in 2011. Bigbelly – IoT (Internet of Things) Ultrasonic Level Sensor. Enevo – Optimising Waste Collection. 2016 Guide to Smart Waste Management Companies and Solutions. EcoATM:"With the tagline "instant cash for phones" the ecoATM kiosk's use the Axeda cloud platform and built in diagnostic tools to analyze the condition and quality of old consumer devices (currently targeting cellphones) and give users cash on the spot for their used electronics saving them from years of sitting in the junk drawer of your house and out of landfills creating toxic eWaste.

2016 Guide to Smart Waste Management Companies and Solutions

" Smart Trash Can IoT System. Introduction: Overflowing garbage bins have been another cause of concern for residents in developing countries.

Smart Trash Can IoT System

With increase in population, the scenario of cleanliness with respect to garbage management is degrading tremendously. With the already prevailing diseases, the open containers are proving to be a breeding place for germs. Traditionally, municipalities operate on weekly routes to pick up trash and recyclables on designated days, regardless of whether the containers are full or not. My project aims to optimize waste collection and ultimately reduce fuel consumption. Basically, it will shoot sonar waves to know how much stuff is inside the container.

Essentially, this project is about collecting the most amount of materials in the least amount of time to reduce costs and emissions along the way. For information about how to send data from LinkIt ONE to Ubidots, I have created a simple project with full descriptions: LinkIt ONE basic info: Building the hardware:

Internet Of Things Creates More Efficient Trash Collection. Clean Power Published on February 4th, 2015 | by Jeff McIntire-Strasburg February 4th, 2015 by Jeff McIntire-Strasburg Information technology can’t take out the trash and recycling… but it can make those processes much more efficient.

Internet Of Things Creates More Efficient Trash Collection

Picking up trash and recyclables from publicly-available receptacles on street corners, in parks, or on campuses is pretty resource-intensive because workers have to drive hauling vehicles to every collection point… whether they’re full or not. A trash can that could tell collection crews when to pick it up could save a lot of fuel and work hours. I’m a daily user of publicly-available commercial trash cans: whenever I have the dog out for a walk, I’ve usually got to make a deposit. If you think about it, that’s incredibly inefficient. ごみ × IoT でスマートごみ収集 - Schi Heil と叫ぶために. ごみ量の推移|藤沢市. 平成26年度のごみ処理について 平成26年度の総ごみ排出量は、137,097トンで、平成25年度と比較して313トン(約0.2%)増加しており、市民1人1日あたりのごみ排出量は、895gとなっています。

ごみ量の推移|藤沢市

また要処理ごみ量(資源を除くごみ排出量)は、105,405トンで、平成25年度と比較して527トン(約0.5%)増加しており、市民1人1日あたりの要処理ごみ量は688gとなっています。 ごみ量増加の主な要因としては、事業系ごみの増加によるものです。 分類別ごみ排出量(総ごみ排出量の内訳)は、可燃ごみ92,407トン(約67.5%)、不燃ごみ7,298トン(約5.3%)、大型ごみ5,700トン(約5.3%)、資源31,390トン(約22.9%)となっています。 地域別の資源物収集量の状況|茅ヶ崎市. ごみ量統計|茅ヶ崎市. ページ番号 C1003310 更新日 平成27年12月28日 4Rで ちがさきの 未来を築く ごみの減量化・資源化 茅ヶ崎市では、平成25年3月に「茅ヶ崎市一般廃棄物(ごみ・生活排水)処理基本計画」を見直ししました。

ごみ量統計|茅ヶ崎市

本計画では、発生抑制(リデュース)、再使用(リユース)、再生利用と熱回収(リサイクル)、要らないものを買わない・断る(リフューズ)を組み込んだ4Rを実施することにより、地域環境や地球環境へ負荷を与えない資源型循環型社会の構築を目指しています。