In 2023, the waste management and remediation services industry in the United States generated revenue of more than 145 billion U.S. dollars, up from roughly 137 billion dollars a year earlier. The sector's revenue has nearly doubled since the beginning of the previous decade.

In 2020, nearly ** percent of global municipal waste was disposed of in an uncontrolled form, likely ending up in open dumps or burned. Recycling only accounted for ** percent of municipal waste disposal that year, with another ** percent ending up in landfills.

This release contains statistics on waste produced at a UK level. The topics covered in this publication are: •Waste from Households – 2010-16. UK and country breakdown. •BMW (Biodegradable Municipal Waste) to landfill – 2010-16. UK and country breakdown. •WStatR (Waste Statistics Regulation) generation breakdown – 2012 & 2014. UK and England breakdown but not DAs. •WStatR treatment breakdown – 2012 & 2014. UK and England breakdown but not DAs. •WStatR infrastructure breakdown - 2014. UK and England breakdown but not DAs. •C&I (Commercial and Industrial) waste generation – UK 2010, 2012 & 2014, England 2010 - 2016. UK and England breakdown but not DAs. •C&D (Construction and Demolition) recovery – 2010-15. UK and England breakdown but not DAs. •Packaging waste recycling and recovery – 2016. UK only.

UK figures are compiled to comply with reporting requirements against the EC Waste Framework Directive, EC Waste Statistics Regulation, EC Landfill Directive and EC Packaging and Packaging Waste Directive.

If you require the datasets in a more accessible format, please contact Waste Statistics (RAS) at WasteStatistics@defra.gsi.gov.uk

The construction, demolition, and excavation (CD&E) sector is the largest source of waste generation in the United Kingdom, accounting for 61 percent of the total in 2020. Commercial and industrial waste had the second- biggest contribution, but by a wide margin, with a share of 21 percent. Trends in waste generation and treatment In 2020, the UK generated 191.2 million metric tons of waste, a 14 percent decrease from 2018. Nevertheless, this decline was at least partially attributed to the COVID-19 pandemic. In contrast, waste generation in the UK grew continuously between 2012 and 2018, with an 11-percent increase recorded in the period. Despite the growth in waste generation, the share of waste managed by recovery operations, including energy recovery, and recycling and other recovery operations, grew from 48 percent in 2012 to nearly 58 percent in 2020. Household waste Although only contributing 14 percent to the UK's total waste generation in 2020, household waste is an important indicator of consumer behavior and waste management infrastructure. In 2022, the UK’s generation of waste from households totaled 25.7 million metric tons, the lowest figure recorded in at least seven years. England accounted for more than 80 percent of household waste generated in the UK, while Northern Ireland contributed with less than five percent.

Materials diverted by type and by source (residential and non-residential) for Canada, provinces and territories every two years. The unit of measure is tonnes.

This document reports the quantity of various types of waste generated by business activities reported by the national and county-level statistics, as well as the reported clearance quantity for various clearance methods, in metric tons.

Data regarding the yearly operations of the Sanitation Division of Public Works. Sanitation is responsible for providing weekly collection and disposal of household solid waste and curbside recycling pick-up, as well as seasonal bi-weekly yard waste from residences inside the corporate City limits. Sanitation also collects large items, such as furniture and appliances, from residences on a request basis. Additionally, Sanitation provides trash collection for City Hall, downtown containers, City parks, various City facilities and numerous special events in the community. A couple of notes regarding these statistics: The City of Bloomington Sanitation Modernization Program officially launched in October 2017. This program eliminated trash and yard waste stickers in favor of directly billing customers for their monthly trash cart rentals and yard waste pick-ups via their utility bills. Also part of the modernized sanitation program, the City of Bloomington's recycling operations converted from co-mingled to single stream collection in 2017. This means that all recyclable materials (metal, cans, glass, fiber, paper, etc.) are now all collected together instead of separately. Additionally, fiber and scrap rebates provided to the City of Bloomington by its recycling provider were effectively ended in 2017. This was largely due to major changes in international demand and fluctuations in the domestic commodities market. Note: Public Works Department division data sets prior to 2014 are available upon request.

Public Resources Code (PRC) Section 42926 requires each State agency and large State facility to submit an Annual Waste Management Report to the California Department of Resources Recycling and Recovery (CalRecycle). The report must summarize each agency’s diversion programs specific to their activities that are used to meet the 50 percent diversion of solid waste goal (as required by PRC Section 42921) for the previous calendar year. This data includes the diversion program activities within the annual reports for 2011-2014. More detailed historical data can be found at http://www.calrecycle.ca.gov/StateAgency/Reporting/ . In addition, the second half of the annual report that contains agency program activities, including disposal data for each agency can be found in the associated dataset SARCWasteProgramActivites20112014.

The publication contains data relating to Northern Ireland Municipal Waste Management Statistics.

Source agency: Environment (Northern Ireland)

Designation: Official Statistics not designated as National Statistics

Language: English

Alternative title: Northern Ireland Municipal Waste Management Statistics Report

This table displays the disposal of waste by source (residential and non-residential) for Canada, provinces and territories every two years. The unit of measure is tonnes.

This repository contains compiled data from published waste characterization studies with intent for training waste composition prediction models. The data is first used in a study published in the journal Waste Management titled "Predicting the composition of solid waste at the county scale". The data available is contained in reports that we refer to as waste characterization studies; these reports are often titled similarly. The data is pulled from these reports, where each data point is an estimated percentage breakdown of the waste stream into various material categories for a particular geographic area and year. Some reports provide multiple data points, such as data for each county within a state. The project team manually extracted this data from the publicly available report PDFs. Since different reports often use unique sets of material categories, the team translated the data into a standardized characterization. This process is detailed in the aforementioned paper., , # Data from: Predicting the composition of solid waste at the county scale

Dataset DOI: 10.5061/dryad.k3j9kd5kq

Files and variables

File: Compiled_Characterization.csv

Description: The resulting data table has 58 columns: 3 description columns, 43 detailed waste material category columns, and 12 aggregated waste category columns. Each row (i.e., waste characterization datapoint) contains the following:

• Notes: The area covered by the data, often matching the verbiage of the original report.
• YEAR: The reported year the data was gathered (note: this may be earlier than the year that the data was published).
• FIPS: Comma separated list of Federal Information Processing System (i.e., unique identifiers of geographic areas) codes for the counties that are represented by the data.
• Detailed Material Categories (Columns 4-46): Percentage of the waste stream that is made up by the material category represented by each column (note: materials ca...,

In 2021, the volume of managed waste in Indonesia was approximately ***** million metric tons. Through the Presidential Regulation No. 97 in 2017, Indonesia has targeted a ** percent waste reduction and ** percent solid waste handling by 2025.

Austin Resource Recovery daily report providing waste collection information based on the following categories: Report Date: The date collections information was recorded. Load Type: The specific type of load that is being collected on that day. Load Weight: The weight (in pounds) collected for each service on the day it was delivered to a diversion facility Drop off Site: The location where each type of waste is delivered for disposal, recycling or reuse: TDS Landfill indicates the Texas Disposal System landfill located at 12200 Carl Rd, Creedmoor, TX 78610; Balcones Recycling is a recycling facility located at 9301 Johnny Morris Road Austin, TX 78724; MRF is a Materials Recycling Facility (such as Texas Disposal Systems or Balcones Recycling); Hornsby Bend is located at 2210 FM 973, Austin, TX 78725 and accepts food scraps, yard trimmings, food-soiled paper and other materials collected by ARR, and combined with other waste to produce nutrient-rich dillo dirt, used for landscaping. Route Type: The general category of collection service provided by Austin Resource Recovery This information is used to help ARR reach its goals to transform waste into resources while keeping our community clean. For more information, visit www.austintexas.gov/department/austin-resource-recovery

Graph and download economic data for All Employees, Waste Management and Remediation Services (CES6056200001) from Jan 1990 to Jun 2025 about waste, management, professional, establishment survey, business, services, employment, and USA.

Norway generated the largest amount of municipal waste per capita in Europe in 2023, at *** kilograms per inhabitant. Luxembourg ranked second, also with over *** kilograms per capita. Nevertheless, based on data from the previous year, the average Austrian and Dane had the highest municipal waste generation rates in Europe, at over *** kilograms per capita. How does Europe compare to the rest of the world? High-income European countries such as Norway, Denmark, and Austria have some of the highest municipal waste generation rates worldwide. Nevertheless, the average municipal waste generation in European OECD countries was just below the OECD average, estimated at *** kilograms per capita in 2022. That year, Europeans generated on average *** kilograms less municipal waste than the average American. Trends in municipal waste in the EU In 2023, the EU’s average municipal waste generation stood at *** kilograms per capita, slightly down from *** kilograms per capita a year earlier. This was the second consecutive year of decline after a continual growth between 2014 and 2021. While municipal waste generation grew by **** percent in that period, municipal waste recycling per capita in the EU also increased, by roughly ** percent to some *** kilograms.

This new data class brings over data from the Waste Management Information System (WMIS), which is an MS Access based database used by MNR to track Waste Management Sites. This was married with the spatial data from Waste Disposal Sites where possible Different Waste Disposal Site types collected by the Ministry of Natural Resources include: * Compost Disposal * Hazardous Waste Disposal * Household Waste Disposal * Industrial Waste Disposal * Septic Drying Bed * Septic Field * Sewage Disposal * Tile Bed * Transfer Station This product requires the use of GIS software. *[GIS]: geographic information system *[MNR]: Ministry of Natural Resources *[WMIS]: Waste Management Information System *[MS]: Microsoft