Set a standard to automate, certify, set a corresponding benchmark and tokenize the management of carbon footprints for blockchain projects, ensuring transparency, efficiency, and sustainable impact with smart contracts.
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/ Artificial Intellegance in shaping the future of technology.
/ Artificial Intellegance in shaping the future of technology.
/ Blockchain in shaping the future of sustainability.
/ Blockchain in shaping the future of sustainability.
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The Blockchain Interface Certification Program by elta.eco is a groundbreaking initiative designed to automate, certify and tokenize the evaluation and management of carbon footprints for blockchain projects.
This program leverages advanced Solana blockchain technology, IoT devices, and smart contracts to monitor energy consumption, calculate carbon emissions, and issue tradable carbon tokens. By aligning with global climate goals, it integrates with the United Nations Framework Convention on Climate Change (UNFCCC) processes, supports Nationally Determined Contributions (NDCs), and facilitates the implementation of Article 6 mechanisms under the Paris Agreement. The program aims to foster transparency, accountability, and sustainability within the blockchain ecosystem.
With this marketplace, we’re simplifying access to carbon credits and fostering broader participation in carbon reduction efforts, supporting a global transition to a sustainable, low-carbon economy
Our platform’s marketplace is designed to revolutionize carbon credit trading, leveraging blockchain technology to offer transparency, liquidity, and global accessibility. Here’s how it empowers users
01
A centralized hub for buying, selling, and retiring tokenized carbon credits. Each credit represents verified CO₂ offsets from certified projects. Users gain confidence in the authenticity and impact of each token.
02
Partnered with verified offset initiatives, such as reforestation and renewable energy projects, enabling users to support impactful environmental programs directly. Tokens can be retired to guarantee emissions reductions.
03
A variety of rewards to encourage carbon-saving activities, including discounted fees, loyalty points, and staking benefits. These incentives support blockchain projects and users in adopting sustainable practices.
04
A marketplace based on an Automated Market Maker (AMM) system that allows users to trade tokens with real-time price updates, ensuring fair value aligned with market forces.
05
Liquidity pools ensure smooth trading, rewarding participants for market involvement. The platform supports cross-chain token transfer, enhancing liquidity and accessibility across blockchain networks.
Data Collection & Standardization
We gather energy consumption data from blockchain nodes and mining rigs, standardizing it for accuracy and consistency.
Geolocation & Carbon Intensity Mapping
By using geolocation data, we apply regional carbon intensity values based on energy mix, creating a precise emissions profile.
Carbon Footprint Calculation
Energy data is combined with carbon intensity to calculate CO2-equivalent emissions, covering direct (Scope 1), indirect (Scope 2), and supply chain (Scope 3) emissions.
Lifecycle Assessment (LCA) for Hardware
We incorporate emissions from hardware manufacturing, transport, and disposal, providing a complete carbon footprint analysis.
Certification Issuance
Projects receive a digital certificate—Carbon Neutral, Low-Carbon, or Carbon-Reduced—stored on a blockchain registry for transparency.
Dynamic Adjustments & Benchmarking
Real-time API integration with energy providers allows dynamic updates to carbon intensity values, keeping calculations current. A benchmark is established to guide future improvements.
Token Issuance
Carbon tokens are issued based on the certified carbon footprint, enabling trade and offset within a blockchain-powered carbon marketplace.
Smart Contracts for Emissions Offsetting
Automated smart contracts purchase and burn carbon credits to offset emissions, with all transactions recorded on the blockchain for audit and compliance.
Our platform enables seamless management of tokenized carbon credits, providing a secure, transparent, and decentralized environment for all users. Here’s how it works:
Each carbon token represents one metric ton of CO₂ offset, generated from certified projects based on the set benchmark. Tokenization ensures traceability, transparency, and ease of trading.
IoT devices collect and verify emissions data in real-time, automatically updating token issuance through blockchain-integrated smart contracts.
Smart contracts manage the issuance, transfer, and “burning” (retirement) of tokens, ensuring compliance and eliminating intermediaries.
An intuitive interface allows users to view, transfer, sell, or retire their tokens, supporting efficient carbon offsetting and trading.
Being based on a public blockchain, tokens can be freely traded across regions, democratizing carbon markets and increasing liquidity.
Our token management platform revolutionizes carbon trading, offering secure access to certified credits for individuals, businesses, and organizations worldwide.
…reducing carbon emissions in the blockchain space requires integrating renewable energy sources, improving energy efficiency, transitioning to PoS consensus algorithms, offsetting carbon emissions, promoting decentralization and scalability, investing in research and innovation, and implementing supportive regulatory frameworks.
…if Bitcoin were a country, its energy consumption would have ranked 27th in the world, ahead of a country like Pakistan, with a population of over 230 million people. The resulting carbon footprint was equivalent to that of burning 84 billion pounds of coal or operating 190 natural gas-fired power plants. To offset this footprint, 3.9 billion trees should be planted, covering an area almost equal to the area of the Netherlands, Switzerland, or Denmark or 7% of the Amazon rainforest.”
“Urgent regulatory intervention and technological breakthroughs are needed to mitigate the environmental impacts of the digital currency sector, which is rapidly growing.”
Sustainability should be a core value of emerging blockchain technology developers: It is important to establish methods to assess the sustainability of new technologies as they develop to help guide them so that as they grow they do not lock in adverse impacts."
Crypto mining and data centers now account for 2 percent of global electricity use and nearly 1 percent of global emissions, and their footprint is growing.”
Market players suggest that crypto players and all other stakeholders should be more sensitive towards the environment, while crypto mining as climate change and global warming are the harsh reality of the current century.”
Clean technology startups play a critical role in this process. They develop blockchain-enabled platforms that bring together all stakeholders, including companies, government and citizens.”
tons of CO2 developed & traded
0
+
We use a standardized approach to gather data from blockchain nodes and mining rigs. This includes direct reporting by nodes or integration with energy monitoring systems to ensure accuracy and consistency.
Geolocation allows us to map each node’s location to regional energy data, applying local carbon intensity values for more precise emissions calculations based on the energy mix of that specific area.
Yes, where it is possible, we integrate with energy providers’ APIs for up-to-date carbon intensity values. This enables dynamic adjustments to emissions calculations based on real-time grid changes.
Our platform uses smart contracts to automate the process of carbon offsetting. These contracts calculate the emissions from each transaction and automatically offset it by purchasing and retiring carbon tokens.
We centralize energy data collection on a secure blockchain ledger, applying international standards like the IPCC and GHG Protocol for automated, accurate emissions calculations.
LCA considers the environmental impact of hardware from production to disposal. By including emissions from the entire lifecycle, we provide a comprehensive carbon footprint assessment.
Our platform covers direct emissions (Scope 1), indirect emissions from energy consumption (Scope 2), and supply chain emissions (Scope 3), providing a holistic view of a project’s environmental impact.
We offer certifications such as Carbon Neutral, Low-Carbon, or Carbon-Reduced, depending on a project’s carbon footprint. Each certification is recorded on the blockchain for transparency.
Carbon tokens are issued based on certified carbon footprints based on the set benchmark, with each token representing one metric ton of CO₂ offset. These tokens can be traded or retired for carbon offsetting.
Users can choose to support a range of verified projects, such as reforestation or renewable energy initiatives, and retire tokens to guarantee emissions reductions.
Users can view, transfer, sell, or retire their tokens through an intuitive interface. All transactions are managed by smart contracts, ensuring transparency and security.
Yes, our platform operates on a public blockchain, allowing carbon tokens to be freely traded across regions, increasing accessibility and liquidity in the carbon market.
Our platform offers rewards, including discounted fees and loyalty points, to encourage sustainable activities and carbon reduction efforts.
The platform includes a dashboard for token management, activity logs, real-time market insights, and a marketplace for buying, selling, and retiring carbon credits.
The API allows companies to automate carbon credit transactions, integrate with IoT devices for emissions monitoring, and access real-time market data for responsive carbon management.
Our API uses OAuth 2.0 for authentication, encrypted HTTPS communication, and rate limiting to ensure secure and efficient performance.
All smart contracts undergo rigorous audits and formal verification processes to prevent vulnerabilities and ensure secure automated transactions.
Yes, we adhere to international standards, including KYC and AML protocols, to operate responsibly and legally in all jurisdictions.
We plan to add customizable dashboards, AI-driven market recommendations, and expanded API functionality for integration with DeFi platforms and other marketplaces.
Our cloud-based infrastructure is designed to handle growth, with load balancing, autoscaling, and support for network optimization techniques like sidechains and sharding for long-term scalability.
Yes, we aim to expand our platform to support additional environmental credits, such as water credits, as part of our commitment to broader sustainability goals.
If you are interested in learning more about how we can help you with your blockchain, do not hesitate to write to us.
Av. Diagonal, 640
Barcelona, Spain