Algorand Carbon Neutral Footprint And Its Use Of Pure Proof of Stake (PPoS) Transaction Mechanism

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Algorand Carbon Neutral Footprint And Its Use Of Pure Proof of Stake (PPoS) Transaction Mechanism

Algorand is on a mission to ensure our future in crypto and blockchain will be a very environmentally friendly one where our children and our world will live happily ever after. The creators of Algorand are working to make it the most greenest and energy-efficient platform. This in turn will result in a crypto-sustainable future for all. 

Alogorand is a secure, scalable and efficient decentralized blockchain network that was invented to mitigate Bitcoin’s slow transaction times. It is based on a PURE PROOF OF STAKE™ blockchain protocol which is a mechanism that is specific to the Algorand blockchain. It is designed to speed up transactions and lower transactions fees, which ultimately lowers energy consumption during transactions. Algorand can be purchased from Coinbase, Binance, OKEx, Kraken and Huobi.

Sustainable And Energy-Efficient Crypto Research

Leading Crypto service comparison site Cryptowisser, recently announced its Crypto Carbon Footprint list (see list below). The list ranks how sustainable and energy efficient the top 100 cryptocurrencies are and is based on the research of a Swedish team of sustainability experts.

The list ranks each coin of how a typical transaction affects the environment through its carbon footprint. The list uses a color scheme to display different levels of energy efficiency and carbon footprint, with dark green being the cleanest by carbon neutral or negative, and medium green being equivalent to a VISA transaction.

“We are excited to release the world’s first comprehensive ranking of carbon footprints of Cryptos and we hope to give more clarity in the market regarding how green different cryptos are. Based on our research, we can also give a positive outlook for the sustainability of Crypto”

Richard Ramberg, CEO of Dgtl Assets Group AB

How Does Crypto Have a Carbon Footprint?

The carbon footprint of cryptocurrency is based on the energy consumption from the daily operations, for example the process of mining or running of nodes in combination with how clean the energy is. Miners powered by renewables or based in a clean electricity grid will have a significantly lower carbon footprint than if powered by fossil fuels.

How many Cryptocurrencies are carbon neutral or negative?

According to the list, 12 of the cryptocurrencies are self-defined as carbon neutral or negative with Algorand taking the top spot as the greenest cryptocurrency on the market.

The vast majority of the coins have been ranked in the Light Green category, which means that most of the top 100 cryptocurrencies do have a relatively low carbon footprint.

From the data found, there are only a minority of coins that have a high carbon footprint, a positive outlook for the sustainable future of crypto, further reinforced by the current trend of even greener cryptos.

How Does Proof of Stake or Proof of Work Affect Energy Consumption?

The energy consumption of the Cryptos depends primarily on the mechanism/consensus algorithm used for a block of transactions to be added to a Cryptocurrency’s digital ledger, so called blockchain, in combination with the energy efficiency of the equipment that is performing the algorithms.

The most common types are either Proof of Work (PoW) or Proof of Stake (PoS), while they have similarities, they differ in how they execute a transaction, where typically a Proof of Work transaction consumes about 1000 times the energy compared to a Proof of Stake transaction. As shown in the list, the coins associated with Proof of Stake occupy the top of the list being more carbon friendly, while most Proof of Work coins are less carbon friendly, but exceptions do exist.

Concluding Remarks

A carbon neutral or negative crypto world does not seem unachievable at all, even if the process of third party verification and “Proof of Green” need to accelerate. Most cryptocurrency transactions are similar to a VISA transaction in terms of carbon emissions; however, the two top cryptocurrencies (BTC and ETH) do have work to do to become more energy efficient and sustainable.


Algorand Ranks Top As 2022 Greenest Altcoin With Carbon Neutral Energy Consumption Level 

ALGO

Dark Green

Carbon Negative (Self‑reported)
Estimated Energy Usage

Pure Proof of Stake

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AUDIO

Dark Green

Carbon Neutral (Self‑reported)
Estimated Energy Usage

Proof of Stake

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AVAX

Dark Green

Carbon Neutral (Self‑reported)
Estimated Carbon Footprint

Proof of Stake

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CELO

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Proof of Stake / Byzantine Fault Tolerance

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EGLD

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Secure Proof of Stake

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SAND

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Proof of Stake

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WAXP

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Delegated Proof of Stake

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IMX

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

ZK-Rollup (Validity Based Proof)

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SOL

Dark Green

Carbon Neutral (Self‑reported)
Estimated Energy Usage

Hybrid Proof of Stake

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HBAR

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Hashgraph Consensus

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EOS

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Delegated Proof of Stake

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NEAR

Dark Green

Carbon Negative (Self‑reported)
Estimated Carbon Footprint

Thresholded Proof of Stake

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XTZ

Medium Green

Estimated Carbon Footprint

Proof of Stake

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VET

Medium Green

Estimated Energy Usage

Proof of Authority 2.0

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FTM

Medium Green

Estimated Energy Usage

Fantom Opera

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XLM

Medium Green

Estimated Energy Usage

Stellar Consensus Protocol

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IOTA

Medium Green

Estimated Energy Usage

Directed Acyclic Graphs

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HOT

Medium Green

Estimated Energy Usage

Distributed Hash Table

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XRP

Medium Green

Estimated Energy Usage

XRP Ledger Consensus Protocol

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MATIC

Medium Green

Estimated Energy Usage

Proof of Stake

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1INCH

Light Green

Consensus Algorithm

Proof of Stake

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AMP

Light Green

Consensus Algorithm

Proof of Stake

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ANKR

Light Green

Consensus Algorithm

Proof of Service Level, Proof of Stake, Byzantine Fault Tolerance

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BNB

Light Green

Consensus Algorithm

Proof of Staked Authority

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BTCB

Light Green

Consensus Algorithm

Delegated Proof of Stake and Practical Byzantine Fault Tolerance

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BTT

Light Green

Consensus Algorithm

Proof of Stake

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LINK

Light Green

Consensus Algorithm

Proof of Stake

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CHZ

Light Green

Consensus Algorithm

Proof of Authority

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ATOM

Light Green

Consensus Algorithm

Proof of Stake

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CRO

Light Green

Consensus Algorithm

Proof of Stake

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DAI

Light Green

Consensus Algorithm

POSDAO Proof of Stake

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FIL

Light Green

Consensus Algorithm

Proof of Storage

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FLOW

Light Green

Consensus Algorithm

Proof of Stake

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FTT

Light Green

Consensus Algorithm

Proof of Stake

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ONE

Light Green

Consensus Algorithm

Proof of Stake

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ICX

Light Green

Consensus Algorithm

Delegated Proof of Stake / Byzantine Fault Tolerance

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ICP

Light Green

Estimated Carbon Footprint

Internet Computer Protocol

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IOTX

Light Green

Consensus Algorithm

Roll-Delegated Proof of Stake

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KDA

Light Green

Estimated Energy Usage

Proof of Work

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KLAY

Light Green

Consensus Algorithm

Proof of Stake

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KCS

Light Green

Consensus Algorithm

Proof of Stake

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KSM

Light Green

Consensus Algorithm

Nominated Proof of Stake

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LPT

Light Green

Consensus Algorithm

Delegated Proof of Stake

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LRC

Light Green

Consensus Algorithm

Ring Miners / Proof of Stake

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MINA

Light Green

Consensus Algorithm

Proof of Stake (Ouroboros Samasika)

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XMR

Light Green

Estimated Energy Usage

Proof of Work

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NEO

Light Green

Consensus Algorithm

Proof of Stake (Practical Byzantine Fault Tolerance)

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ROSE

Light Green

Consensus Algorithm

Proof of Stake

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OKB

Light Green

Consensus Algorithm

Delegated Proof of Stake

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OMG

Light Green

Consensus Algorithm

Proof of Authority

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CAKE

Light Green

Consensus Algorithm

Proof of Staked Authority

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QTUM

Light Green

Consensus Algorithm

Proof of Stake

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LUNA

Light Green

Consensus Algorithm

Proof of Stake

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UST

Light Green

Consensus Algorithm

Proof of Stake

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TFUEL

Light Green

Consensus Algorithm

Proof of Stake

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THETA

Light Green

Consensus Algorithm

Proof of Stake

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RUNE

Light Green

Consensus Algorithm

Proof of Stake

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LEO

Light Green

Consensus Algorithm

Proof of Stake

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WAVES

Light Green

Consensus Algorithm

Leased Proof of Stake

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WBTC

Light Green

Consensus Algorithm

Proof of Authority

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DOGE

Light Green

Estimated Energy Usage

Proof of Work

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DOT

Light Green

Consensus Algorithm

Nominated Proof of Stake (Ouroboros)

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ADA

Light Green

Estimated Energy Usage

Proof of Stake (Ouroboros Praos Version)

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TRX

Light Green

Consensus Algorithm

Delegated Proof of Stake

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AXS

Beige

Consensus Algorithm

Proof of Work

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BAT

Beige

Consensus Algorithm

Proof of Work

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BSV

Beige

Consensus Algorithm

Proof of Work

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COMP

Beige

Consensus Algorithm

Proof of Work

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CRV

Beige

Consensus Algorithm

Proof of Work

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DASH

Beige

Consensus Algorithm

Proof of Work

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MANA

Beige

Consensus Algorithm

Proof of Work

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XEC

Beige

Consensus Algorithm

Proof of Work

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ENJ

Beige

Consensus Algorithm

Proof of Work

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ZEN

Beige

Consensus Algorithm

Proof of Work

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HT

Beige

Consensus Algorithm

Proof of Work

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MKR

Beige

Consensus Algorithm

Proof of Work

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XEM

Beige

Consensus Algorithm

Proof of Importance

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NEXO

Beige

Consensus Algorithm

Proof of Work

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QNT

Beige

Consensus Algorithm

Proof of Work

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RVN

Beige

Consensus Algorithm

KAWPOW (Proof of Work)

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SHIB

Beige

Consensus Algorithm

Proof of Work

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SC

Beige

Consensus Algorithm

Proof of Work

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VGX

Beige

Consensus Algorithm

Proof of Work

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ZEC

Beige

Consensus Algorithm

Proof of Work

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LTC

Beige

Estimated Energy Usage

Scrypt Proof of Work

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BCH

Beige

Estimated Energy Usage

SHA256-Based Proof-of-Work

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ETH

Beige

Estimated Energy Usage

Proof of Work

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BTC

Brown

Estimated Energy Usage

Proof of Work

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AAVE

N/A

 

Proof of Work

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AR

N/A

 

Proof of Access

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BUSD

N/A

 

Proof of Staked Authority

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DCR

N/A

 

Proof of Activity

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GALA

N/A

 

Triple Proof Node System

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HNT

N/A

 

Proof of Coverage

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STX

N/A

 

Proof of Transfer

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USDT

N/A

 

Proof of Reserves

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GRT

N/A

 

Proof of Indexing

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TUSD

N/A

 

Proof of Work

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UNI

N/A

 

Proof of Stake

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USDC

N/A

 

Proof of Work

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Details of The Sustainability Color Grades

The cryptos in the Crypto Carbon Footprint list can receive five different marks where Dark Green is the most environmentally friendly and brown is the least environmentally friendly. These are the classification criteria:

 

Color Grade Description Energy Consumption per Transaction (kWh/transaction) Carbon Footprint per Transaction (kg CO2e/transaction)* Comments
Dark Green Very high energy efficiency
Very low carbon footprint
Verifiable carbon neutral or negative
< 0.01 kWh / transaction ≤ 0 kg C02e / transaction Defined as carbon neutral or negative. Currently self-reported. Will require verification at later stage to obtain Dark Green.
Medium Green Very high energy efficiency
Very low carbon footprint
< 0.01 kWh / transaction < 0.00475 kg C02e / transaction As, or more, energy efficient than a VISA transaction, Google Search and a regular email without attachment.
Light Green High energy efficiency
Low carbon footprint
≥ 0.01 kWH / transaction
< 1 kWh / transaction
≥ 0.00475 kg CO2e / transaction
< 0.475 kg CO2e / transaction
As, or more, energy efficient than an email with a large attachment.
Beige Low energy efficiency
High carbon footprint
≥ 1 kWh / transaction
< 100 kWh / transaction
≥ 0.475 kg CO2e / transaction
< 47.5 kg CO2e / transaction
50kWh is similar to the daily carbon footprint of a 150 sqm villa in a Northern Climate.
Brown Very low energy efficiency
Very high carbon footprint
≥ 100 kWh / transaction ≥ 47.5 kg C02e / transaction Similar to the carbon footprint of a commercial plane flying for 1-2 hours.
*Based on IEA 2019 global emission factor for 1 kWh.

Find out more about the list and grading here.

This article is for informational purposes only. Readers should do their own due diligence before taking any actions related to the promoted company or any of its affiliates or services. SafemoonPanda.com is not responsible, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any content, goods or services mentioned in this article.

List Credits: Cryptowisser

Image Credits: Shutterstock, Pixabay, Wiki Commons

 

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