Page added on November 13, 2013
You may think about peak oil every once in a while when filling up your car, but do you ever think about peak waste when you put the trash out on the curb? The U.S. definitely has a waste problem problem — it produced 250 million tons of it in 2011, 13 million tons of which was clothes!
However, the U.S. isn’t the only country with a problem. As population numbers continue to rise and more people become wealthier, the amount of waste produced is increasing. Nature Weekly Journal of Science discusses how and where peak waste is occurring in a recent article. Global solid-waste generation in 2010 was 3.9 million tons per day and it is estimated to rise to 6.6 million tons per day in 2025 and may exceed 12 million tons per day by 2100! Interestingly, the location of highest waste generation shifts with economics, population and urbanization.
North American countries, most of Europe, and Australia, which form the Organization for Economic Co-operation and Development (OECD), will hit their regional peak waste by 2050, followed by Asian-Pacific countries around 2075 and finally Sub-Saharan Africa by 2100. It is around 2100 or soon after that the globe will reach peak waste generation before leveling off or hopefully declining as new technologies and living habits develop.
The OECD countries will hit peak waste in 2050 before falling again due to expectations of advances in material science, resulting in products becoming more resource efficient. Growing economic wealth and populations of Asian countries like China are already seeing a dramatic increase in waste production. China produced 573,808 tons per day of waste in 2005 and is expected to reach 1.5 million tons per day in 2025.
The increase in waste production can also be attributed to the urban lifestyle.City dwellers might be more energy efficient when it comes to using mass transportation and home energy use but they produce twice as much waste as people in rural areas of the same affluence. As wealth increases, so does the amount of waste, resulting in urbanites producing more waste than poorer rural areas.
However, not all urban areas have fallen into the role of high waste producers. High density living in countries like Japan has kept waste production lower than the United States, suggesting that urban living can be less wasteful if more dense. Other cities, like San Francisco, have already begun to work towards a goal of zero waste. They plan on approaching it through reduction and recycling and are currently recycling or reusing 55 percent of their waste!
We don’t have to wait for peak waste to strike before we begin reduction. There are a number of things you can do as an individual and community to reduce waste. Personal habits, technology and government policy can have a huge impact on reducing trash. As an individual, try to change your habits at home and at work, be a smart consumer, compost your food waste, and always reuse or recycle!
There are new technological developments every day that will reduce our waste in the future, like this new invention to recycle shoes. Take advantage of these new technologies as they become available. ]
Finally work with local, state, and federal government levels to work out ordinances or even laws to reduce trash and increase recoiling in your community.
Reduce, reuse and recycle is always a good mantra to live by and expand to all areas of your life!
6 Comments on "Peak Waste: What You Need to Know About This Important, Shifting Problem"
BillT on Thu, 14th Nov 2013 3:56 am
Send some US representatives to any 3rd world country and they will learn how to cut waste, recycle, and reuse. But the problem is already being solved as we can no longer afford to waste as before. The resources are dwindling and the incomes are shrinking or disappearing altogether. Soon there will be no waste … be patient.
Kenz300 on Thu, 14th Nov 2013 6:18 am
Reduce, reuse and recycle………
Biofuels, energy and recycled raw materials for new products can now be made from waste or trash. Every landfill around the world can now be converted to produce energy and recycled raw materials.
Recycle all that plastic, metal, paper and yard waste.
That is better than burying the waste……
That will produce local energy and local jobs……
J-Gav on Thu, 14th Nov 2013 8:58 am
“Use it up, wear it out,
make it do or do without.”
BillT on Thu, 14th Nov 2013 11:17 am
Right on J-Gav! Kenz has not thought out the manpower/energy needed to separate waste into usable piles. For instance, an electronic gadget has many different metals and materials that could be recycled, including gold, but, it is not practical/profitable to do so unless you are willing to work for $2 per day. And, soon, waste will not be collected and hauled to a central site as it has been for the last 50 years.
It will be recycled/burned on site as it was before the 70s. I grew up with a burn barrel in the back yard where I burned most everything that could burn and when the barrel was full of ash and metal pieces and falling apart from rust, it was buried to rust away over the years. Or we had an enclosure made with cement blocks stacked to contain the fire and the ash was again buried.
Any metals that were of size got recycled in the local town where there was usually someone who bought scrap metals as a business, but you took it to him, no pickup.
BTW: A burn barrel often lasted for years as you had little, that was not paper, to burn. No plastic crap or ‘made to waste’ electronics like today.
vulcanelli on Thu, 14th Nov 2013 7:30 pm
I am all for recycling but I wonder why you never hear about the the related energy costs. I must take a lot of energy to collect, relocate and reform the materials. Glass and metals have to be remelted, refined and reshaped. I know there is savings in not uses virgin materials but does recycling use much less energy?
J-Gav on Thu, 14th Nov 2013 8:26 pm
BillT – Oh yeah, I remember those burn barrels now too, in Michigan – had completely forgotten about them. Back when I augmented my 50-cent weekly allowance by picking up bottles alongside country roads and melting down lead collected from the local shooting range.