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Charting the Number of Failed Crypto Coins, by Year (2013-2022)

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A series of bar charts measuring the volume of failed crypto coins from 2013-2022.

The Number of Failed Crypto Coins, by Year (2013-2022)

Ever since the first major crypto boom in 2011, tens of thousands of cryptocurrency coins have been released to market.

And while some cryptocurrencies performed well, others have ceased to trade or have ended up as failed or abandoned projects.

These graphics from CoinKickoff break down the number of failed crypto coins by the year they died, and the year they started. The data covers a decade of coin busts from 2013 through 2022.

Methodology

What is the marker of a “dead” crypto coin?

This analysis reviewed data from failed crypto coins listed on Coinopsy and cross-referenced against CoinMarketCap to verify previous market activity. The reason for each coin death was also tabulated, including:

  • Failed Initial Coin Offerings (ICOs)
  • Abandonment with less than $1,000 in trade volume over a three-month period
  • Scams or coins that were meant as a joke

Dead Crypto Coins from 2013 to 2022

While many familiar crypto coins—Litecoin, Dogecoin, and Ethereum—are still on the market today, there were at least 2,383 crypto coins that bit the dust between 2013 and 2022.

Here’s a breakdown of how many crypto coins died each year by reason:

Dead Coins
by Year
Abandoned /
No Volume
Scams /
Other Issues
ICO Failed /
Short-Lived
Joke / No
purpose
20139000
20142772052
20152232712
20161522245
201716971466
201839023711212
201920373512
2020771990
2021343622
2022502382
Total1,58452823833

Abandoned coins with flatlining trading volume accounted for 1,584 or 66.5% of analyzed crypto failures over the last decade. Comparatively, 22% ended up being scam coins, and 10% failed to launch after an ICO.

As for individual years, 2018 saw the largest total of annual casualties in the crypto market, with 751 dead crypto coins. More than half of them were abandoned by investors, but 237 coins were revealed as scams or embroiled in other controversies, such as BitConnect which turned out to be a Ponzi scheme.

Why was 2018 such a big year for crypto failures?

This is largely because the year prior saw Bitcoin prices climb above $1,000 for the first time with an eventual peak near $19,000. As a result, speculation ran hot, new crypto issuances boomed, and many investors and firms got bullish on the market for the first time.

How Many Newly Launched Coins Died?

Of the hundreds of coins that launched in 2017, more than half were considered defunct by the end of 2022.

proportion of launched crypto coins each year that have died

Indeed, a lot of earlier-launched coins have since died. The majority of coins launched between 2013 and 2017 have already become “dead coins” by the end of 2022.

Coin Start YearDead Coins by 2022
201366.67%
201476.54%
201568.42%
201660.87%
201757.14%
201827.62%
20194.74%
20201.03%
20210.59%
20220.06%

Part of this is because the cryptocurrency field itself was still being figured out. Many coins were launched in a time of experimentation and innovation, but also of volatility and uncertainty.

However, the trend began to shift in 2018. Only 27.62% of coins launched in that year have bit the dust so far, and the failure rates in 2019 and 2020 fell further to only 4.74% and 1.03% of launched coins, respectively.

This suggests that the crypto industry has become more mature and stable, with newer projects establishing themselves more securely and investors becoming wiser to potential scams.

How will this trend evolve into 2023 and beyond?

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This article was published as a part of Visual Capitalist's Creator Program, which features data-driven visuals from some of our favorite Creators around the world.

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Ranked: Google’s Thirstiest Data Centers

Locating and ranking the thirstiest of Google’s data centers in America, by the millions of gallons of water consumed in 2023.

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This map locates Google's data centers that consume the most water annually.

How Much Water do Google’s Data Centers Use?

This was originally posted on our Voronoi app. Download the app for free on iOS or Android and discover incredible data-driven charts from a variety of trusted sources.

This map locates Google’s data centers that consume the most water in America. Data is sourced from Google’s 2024 Environment Report.

Why do data centers need water? It’s because computer servers generate significant heat that must be dissipated to maintain performance.

As a result, water is used in chiller plants, evaporative cooling systems, and humidification to manage temperature levels.

Ranked: Google’s Thirstiest Data Centers

Google’s data center in Council Bluffs, Iowa consumed nearly 1 billion gallons of water in 2023, by far the most by any single complex listed in their report.

All of that water was potable, i.e., safe for drinking.

RankLocationStateWater Used 2023 (Gallons)
1Council BluffsIA980M
2Mayes CountyOK815M
3Berkeley CountySC763M
4Douglas CountyGA346M
5LenoirNC337M
6The DallesOR302M
7Montgomery CountyTN289M
8LeesburgVA173M
9HendersonNV159M
10Jackson CountyAL142M
11MidlothianTX136M
12PapillionNE135M
13New AlbanyOH127M
14SterlingVA56M
15AshburnVA55M
16LockbourneOH23M
17LancasterOH8M
18Storey CountyNV0.2M

The data center complexes in Mayes County, Oklahoma and Berkeley County, South Carolina are the next “thirstiest,” using 750–800 million gallons of water a year.

These top three locations are well-above their counterparts across the U.S., and the rest of the world in water usage.

ℹ️ Fun fact: the U.S. has nearly half of the world’s 12,000 data centers. Germany and the UK are distant runners-up.

Together all of Google’s data centers used nearly more than 6 billion gallons of water in 2023, the equivalent of 41 golf courses.

Do Google’s Data Centers Drink Water?

Technically, data centers don’t actually “consume” all the water they use. Most of it is circulated in a closed-loop cooling system, with some loss.

However these numbers are from Google’s Sustainability Report, which specifies the water it’s withdrawn from the supply, discharged, and “consumed,” with the latter visualized here.

Also in drier areas, water is actively used to control humidity by evaporation which means it is being lost to the surroundings.

Finally, heated water returned to the ecosystem can have an adverse environmental impact.

Learn More on the Voronoi App

The other thing data centers need a lot of: electricity. Check out Data Center Electricity Consumption by State for a breakdown.

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Hinrich Foundation IMD Sustainable Trade Index 2024. Download the free report.

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