Why Carbon Grid Protocol is Unique in Blockchain

Carbon Grid Protocol is going to make blockchain transactions and mining environmentally friendly through their decarbonizing.

Julia Sakovich By Julia Sakovich Updated 4 mins read
Why Carbon Grid Protocol is Unique in Blockchain
Photo: Carbon Grid Protocol / Medium

Decentralized blockchain networks consume a lot of energy for verifying and validating transactions and smart contract data via proof of work consensus. Proof of Work blockchains like Bitcoin and Ethereum are currently utilizing an enormous volume of energy. According to some experts’ estimations,  today for Bitcoin mining  it is needed so much energy that is consumed by the entire country of Ireland (3 GigaWatts).  According to other studies, each Bitcoin and Ethereum transaction respectively result in around 500kg and 35kg of carbon dioxide emissions.

It is also important to highlight that these studies do not take into account the additional energy consumption that is required for implementation and integration of Internet of Things (IOT) technologies, and significant growth of device to device smart contracts, transactions, and data transfer.

Carbon Grid Protocol is a new blockchain-based solution provided by New Era Energy that is aimed at changing this situation and decreasing the rapidly growing carbon footprint. Carbon Grid Protocol addresses the carbon footprint of the rapidly growing blockchain industry. The main idea of the project is to facilitate a way to sustainable development and greater corporate social responsibility in crypto.

Being the first project of this kind, Carbon Grid Protocol will enable blockchain networks and Decentralised App (DApp) developers to monitor their estimated carbon footprint which will help them to get closer to  offsetting of their carbon footprint at a per transaction level. It is supposed that thanks to providing its  platform directly to blockchain projects Carbon Grid Protocol will minimize the environmental impact of the growing energy consumption required to sustain and drive the continuing blockchain revolution.  “Decarbonizing Blockchain” is the ultimate goal of the project.

Carbon Grid Protocol’s aim is to integrate with many of the most widely utilized blockchain platforms, to implement its protocol as a plugin which will allow project developers, and decentralized applications (DApp) creators to absorb or pass on these carbon footprint mitigation costs to users. According to Carbon Grid Protocol’s white paper their project itself is “a complementary infrastructure to enable blockchain networks and DApps to offset their carbon footprint by purchases of carbon credits as part of the transaction fees”.

Carbon Grid Protocol believes that there are two main problems in the current carbon credit market:

  1. Carbon Unfriendly Protocols: The work of blockchain networks and mining  today need a lot of energy, as a result and the volume of carbon emissions is constantly growing.
  2. Inefficient Carbon Market: Though carbon credits were created as an economic incentive for businesses and governments to adopt sustainable practices, currently, today we see a  market that is controlled by intermediaries. As a result, the demand for carbon credits and market access are too low.

There are 5 points more that only intensify the problems:

  • Difficulty in certification of carbon credits
  • Lack of transparency and accountability in authentication of carbon credits
  • Top-down approach and malaise at an individual consumer level
  • High lot sizes for buyers
  • Overall lack of public awareness

Carbon Grid Protocol is trying to overcome these obstacles by means of providing blockchains and DApps with the opportunity to take a leading role in the global fight against climate change. It is working on facilitation the more accessible purchase and usage of carbon credits with a view to offset emissions in compliance with the Paris Agreement, within the United Nations Framework Convention on Climate Change (UNFCCC) signed in 2016 and to be implemented by 2020.

It is planned to introduce carbon credits on the blockchain-based marketplace thanks to creation of a simple plugin. This pioneering approach will implement a meaningful mechanism for corporate social responsibility. It will offer a significantly more versatile platform for tracking the issue and launch market trading of carbon credits with a small voluntary fee as a result this initiative will contribute to offsetting the carbon emissions of blockchain events/transactions as they happen. The environmental impact of blockchain will be neutralised at its very source.

Carbon Grid Protocol has a goal to mitigate the growth in energy  volume that is consumed by the blockchain industry  in an open source, decentralized, transparent and U.N. compliant manner.

Julia Sakovich
Senior Editor Julia Sakovich

I’m a content writer and editor with extensive experience creating high-quality content across a range of industries. Currently, I serve as the Editor-in-Chief at Coinspeaker, where I lead content strategy, oversee editorial workflows, and ensure that every piece meets the highest standards. In this role, I collaborate closely with writers, researchers, and industry experts to deliver content that not only informs and educates but also sparks meaningful discussion around innovation.

Much of my work focuses on blockchain, cryptocurrencies, artificial intelligence, and software development, where I bring together editorial expertise, subject knowledge, and leadership experience to shape meaningful conversations about technology and its real-world impact. I’m particularly passionate about exploring how emerging technologies intersect with business, society, and everyday life. Whether I’m writing about decentralized finance, AI applications, or the latest in software development, my goal is always to make complex subjects accessible, relevant, and valuable to readers.

My academic background has played an important role in shaping my approach to content. I studied Intercultural Communications, PR, and Translation at Minsk State Linguistic University, and later pursued a Master’s degree in Economics and Management at the Belarusian State Economic University. The combination of linguistic, communication, and business training has given me the ability to translate complex technical and economic concepts into clear, engaging narratives for diverse audiences.

Over the years, my articles have been featured on a variety of platforms. In addition to contributing to company blogs—primarily for software development agencies—my work has appeared in well-regarded outlets such as SwissCognitive, HackerNoon, Tech Company News, and SmallBizClub, among others. 

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