Have you ever wondered how much garbage and rubbish there is on Earth? When disposing of their daily trash, most people do not give any further thought to where it goes and what happens to it. But a greater insight into waste could provide us with a different attitude towards a variety of issues, ranging from our consumption patterns to the environmental footprint we leave behind.
Just think about this: every minute, 3,825 tons of municipal waste are produced and collected. The largest share of this huge volume ends up in landfills or on open dump sites, putting enormous pressure on the environment and wildlife habitats. Unfortunately, on the whole, people have not yet acknowledged the danger of overconsumption and overproduction and while businessmen, politicians, activists and scientists argue about how to reduce, reuse, and recycle, each country faces tons and tons of waste to deal with.
In this article, we’ll briefly describe the waste-related numbers and figures behind your daily cup of coffee, meal, and even daily shower.
According to the Global Waste Management Outlook 2024 produced by UNEP, the generation of municipal solid waste will increase by nearly 2 billion tons and hit 3.8 billion tons by 2050. If waste management problems are not addressed immediately, the cost of waste and its management could almost triple by 2050 to an astounding US$640.3 billion (in 2020, this was US$252 billion).
How much municipal solid waste is expected to be generated globally in 2030, 2040, and 2050 if humanity fails to react
Source: Beyond an age of waste
According to the World Bank, high-income nations will show a daily per capita waste increase of 19%, while the same figure for low- and middle-income will be 40% or more.
With about 18% of the planet’s population, China is the largest generator of MSW globally, accounting for over 15% of the total. However, when we consider the amount of waste per capita, the ranking completely changes, with another country topping the list.
The residues produced by households, shops, small enterprises, and public institutions (such as schools and hospitals) are referred to as municipal solid waste, or MSW.
Despite representing a minor share of the world’s overall trash, MSW is typically tracked because of its correlation with trends and individual consumption patterns.
The production of MSW has historically been associated with economic development and purchasing power, which is why the highest numbers are registered in some of the most developed countries.
The graph below shows how much MSW is produced per capita, and what the projections are. The figures represent kilograms per capita per day.
Source: Statista
Based on data from Statista, the global MSW generation per capita is expected to increase by around 50% by 2050, exceeding the figure of 1 kg/day.
In a circular economy scenario, if by 2050 the amount of global MSW decreases to the levels registered back in 2020, per capita generation could decrease to 0.62 kg/day by the 2050. Note that in the circular economy scenario, in 2050 Earth will be inhabited by 10 billion people.
Food, clothing, household devices, and plastic packaging are just a few of the usual categories that make up municipal waste.
However, electronic garbage (e-waste) is the fastest-growing waste category, particularly in developing countries. According to E-Waste Monitor, 2022 saw the generation of a record 62 million tons (Mt) of e-waste, which represents an 82% increase over 2010. By the end of the decade, this figure is likely to increase by an additional 32%, hitting 82 million tons.
After it has been collected by an authorized firm, waste is carried to locations for recycling, composting, or recovery, or taken to landfill sites.
Despite the rise of innovative recycling technologies and the wider adoption rate across the world, landfill remains the most common method of disposing of and treating waste. Naturally, this leads to the creation of many landfill sites, some of which span thousands of acres (up to 9 square kilometers), such as the Apex Regional Landfill.
More on the largest landfill and dump sites later in the article.
The United States Environmental Protection Agency (EPA) defines MSWLF as an area of land or excavation specifically designed for household waste. However, an MSWLF can also be used for commercial and industrial solid waste, with the general rule being that this waste is non-hazardous.
There are certain materials that people and organizations are banned from disposing of in MSWLF, including paint, cleaning products containing chemicals, motor oil, batteries, and pesticides.
In terms of the total volume of waste generation, the Asian region – home to around 60% of the global population- tops the list.
The graph below illustrates the global volume of waste by region, broken down by its composition.
Source: Beyond an age of waste
Note: In the “Other” category includes textiles, wood, rubber, leather, household products, and personal hygiene products.
The latest What a Waste 3.0 report by the World Bank looked at 217 countries and economies (due to the World Bank’s classification of some territories as stand-alone economies), including 262 cities.
Finding #1. According to the report, in 25 years, the amount of MSW will grow by 50% to reach almost 3.9 billion tons annually.
Source: World Bank
Finding #2. ~30% of MSW remains uncollected
Finding #3. 93 million tons of plastic waste are not managed properly
Annually, around 29% of all plastic waste, around 93 million tons, is improperly managed.
Source: World Bank
Finding #4. ~38% of all waste is from food
Retailers and consumers are those responsible for food waste, and the reasons are simple – food is thrown away due to spoilage, expiry dates, or because it fails to meet certain standards.
Source: World Bank
Finding #5. ~0.9 kg/day/person
The report states that an average individual is responsible for around 0.88 kilograms of waste per day, although naturally, this data varies based on regions. For instance, in Niger, this figure is around 0.2 kg/capita/day, while in high-income nations such as Canada, it can reach 2.2. kg/capita/day.
Since these countries make use of much less packaging to ship food to urban regions, the level of MSW is lower compared to developed countries.
Furthermore, since higher-income consumers are more likely to pay more attention to convenience, this leads to a greater volume of single-use goods and packaging from home delivery and takeaway food ending up in the MSW stream.
Finally, high-income consumers simply have more disposable income, which they can and do spend on various products.
Based on the latest data available, the United States is the world’s greatest producer of municipal waste, generating almost 265.2 million metric tons of garbage every year.
The graph below shows the countries with the world’s highest volume of waste generation (in million metric tons)
Source: Statista
Located near the famous city of Las Vegas, USA, the Apex Regional Landfill holds the Guinness World Record as the world’s biggest landfill covering an area of 2,200 acres (890 hectares), which can be compared to 1,250 football pitches. Opened in 1993, its anticipated life expectancy is 250 years.
The other two biggest landfills are:
Landfill sites are usually situated far from cities. Very few people care about waste sorting and waste disposal as long as it is done in an “invisible” way. However, they could be made aware of the magnitude of the issue simply by being shown how much of their unsorted waste goes to landfill. It is therefore interesting to take a look at how much waste is being disposed of annually at the top 10 landfill sites.
Source: Statista.com
The three biggest sites in terms of the area covered are not the same as the top three sites in terms of annual waste disposal volume. That said, here is the list of the largest landfills in terms of annual volume of waste:
Source: Statista
Over the course of a year, around 7.3 million tons of waste are delivered to the Mesquite landfill site near Brawley in the United States, with this figure surpassing any other landfill site in the world.
As for the largest landfill site in terms of area, Apex Regional is listed in fifth place, handling more than 3.3 million tons of waste annually.
One of the latest available data-aggregating reports, the Global Waste Index 2025 (GWI), analyzes and describes the way the most developed countries in the world, namely the 38 members of the Organization for Economic Cooperation and Development (OECD), generate and recycle their waste (all data is provided in kg/person).
It would be worth noting that the study analyzed a number of factors to come up with the results. These factors include landfill usage, recycling initiatives, as well as long-term strategies developed for waste handling.
Note that waste incineration is better than landfill in terms of environmental impact. With this in mind, only half of the 38 nations incinerate more than they deposit in landfill, the list being topped by Denmark, Switzerland, Belgium, and Norway.
Several countries take pride in their advanced waste management processes, as well as having impressive recycling levels.
Let’s take a closer look at how countries manage their waste, based on the data from the Global Waste Index 2025 (kilograms per capita per year).
*The latest country ranking used in the GWI is in descending order, with the first on the list being the worst performer in terms of waste management.
Source: Sensoneo
The data indicates that Israel registered the highest per capita waste production, with up to 650 kg of municipal waste/per capita each year. Around 80% of the country’s waste is left in landfills.
The opposite end of the table shows that two Asian nations, Japan and South Korea, have the highest scores for waste management.
Incineration has become a viable alternative to landfill, particularly for items that are difficult to recycle.
It minimizes the need for landfill sites, which pollute the soil and underground water, by drastically lowering the content of waste by up to 90% through controlled burning at high temperatures.
One of the major advantages of waste incineration is energy production: the heat produced during incineration is transformed into power or district heating by contemporary waste-to-energy plants.
Check out the video that explains this process:
Modern waste incineration is safer and cleaner than it was in the past, thanks to the sophisticated filtration mechanisms that many modern incineration technologies feature. However, not all toxic pollutants can be captured, with some of the dioxins, furans, and heavy metals such as mercury, lead, and cadmium escaping into the atmosphere.
According to the Sensoneo report, 19 out of 38 nations burn more waste than they dispose of in landfills. Countries where over 50% of waste ends up in landfills are at the opposite end of the waste management spectrum, which is of real concern.
Due to unsustainable consumption and generation patterns, the amount of waste that has to be managed is continually rising, triggering increased direct costs for society.
According to estimates presented in the UN’s report, in 2020, the cost of MSW management around the world was US$252.3 billion.
Here’s what impacts this cost:
Source: Beyond an age of waste
It is obvious that the largest economies and most populous countries, such as China and the United States, generate the most waste in the world. At the same time, significant effort is being made by governments to achieve environmental sustainability. However, with overconsumption, the trend is difficult to change, and data shows that by 2050, advanced nations will register a 19% increase in daily per capita waste, while low-income countries will generate double that amount.