Blockchain Technology

Blockchain Technology

ClimateTrade use blockchain technology
Blockchain Technology

Why does ClimateTrade use blockchain technology?

Understand how this technology brings innovation and transparency to the carbon market. In the Kyoto protocol (1997) signing countries agreed to limit the emissions of six greenhouse gases, here is where carbon credits were born. This meant that polluting companies,  instead of paying taxes to the governments, could pay directly to the companies which generate those credits. Likewise any traditional market, brokers started to speculate and get most of the profit, preventing money from reaching the green projects and hence hindering their development. This not only left unprotected carbon credit sellers but also buyers who could be sold the same credit several times (due to the lack of transparency and traceability of the carbon credits cancellation mechanism). The problem as it usually happens was that the market was centralized in the hands of traditional brokers, who used to manage their own databases which can be manipulated at their own discretion, being able to write, change, delete and restrict access or other actions. The process also becomes more expensive, lengthy and tedious, discouraging many companies from buying / selling carbon credits. ClimateTrade brings this situation to an end, allowing companies and project developers to benefit from blockchain technology.  Blockchains are distributed ledgers which replicate the data across the different nodes involved in the network.That is, instead of being centralized on a single server, the information is decentralized on different computers, each saving its own copy. This prevents any record from being changed or deleted, since it only allows adding new data, thus preventing data from being altered or manipulated. The information on a public blockchain is accessible to everyone and visible on any block explorer, facilitating the traceability and transparency of canceled carbon credits. Neither ClimateTrade, nor the creators of the blockchain itself could alter the information since all nodes have replicas of the data and are required to follow the consensus algorithm, which ensures the immutability of the data stored in them. The consensus algorithm used in the blockchains we work with is Proof of Stake. The first blockchains are Proof of Work (Bitcoin and Ethereum 1.0) which involves spending huge amounts of energy to produce new blocks and concentrate the power in the hands of a few miner pools. On the contrary, the Proof of Stake allows to process a greater number of transactions per second, decentralizing the rewards per block to anyone who operates the blockchain token together with a laptop or mobile connected to validate the blocks, thus saving on fees and reducing the environmental impact in  more than 99%. To go further in the process of automation, ClimateTrade created a REST API available to company developers who wish to integrate this innovative system. This allows the incorporation of already existing projects called from this API into its code, thus offsetting the carbon footprint generated in their business processes.

algorand climatetrade
Blockchain Technology

The greenest blockchain technology: is it possible?

Algorand pledges to be the greenest blockchain and be carbon neutral thanks to the alliance with ClimateTrade. The Algorand network was designed from the ground up to minimally impact the environment. Because its consensus is not based on energy-intensive proof-of-work and requires minimal computational power or electricity, Algorand has been a leader in minimizing the environmental impact of blockchain technology. “We understand that the mechanics of measuring the environmental impact of a global, decentralized and widely used blockchain are nuanced and complex. That’s why we are teaming up with ClimateTrade to continue and double-down on our eco-conscious efforts.” said Silvio Micali, Founder of Algorand.  “Clean energy and addressing climate change are priorities for the United Nations, global organizations and governments alike. Algorand has a very low carbon footprint to begin with, and we are inspired by the leadership role the organization is taking to ensure the next generation of blockchain adoption is environmentally friendly,” said Francisco Benedito, CEO of ClimateTrade. How does Algorand offset its Carbon Footprint with Climatetrade? To achieve a carbon-negative network, Algorand and ClimateTrade will implement a sustainability oracle which will notarize Algorand’s carbon footprint on-chain for each epoch (a set amount of blocks). With its advanced smart contracts, Algorand will then lock the equivalent amount of carbon credit as an ASA (Algorand Standard Asset) into a green treasury so that its protocol keeps running as carbon-negative. Through this partnership, Algorand is able to leverage several projects of our marketplace that help to offset the low footprint of their network: The Southern Cardamom REDD+ project initiated by Wildlife Rescue and Wildlife Works, which protects the rainforest by avoiding more than 3 million tons of carbon emissions annually. The Vichada Gold Standard Climate Project which is aimed at reforestation in the Orinoco Department in Colombia. The Oaxaca Wind Project by Acciona which covers the electricity demand of 700,000 Mexican homes, avoiding the emission of 670,000 tons of CO2. The Sumatra Merang Peatland Project by ForestCO2 which aims to protect and restore the peatland ecosystem in Indonesia. With this alliance we not only work to achieve the carbon neutrality of Algorand but also to have a positive impact on the environment, which is how every innovative blockchain ecosystem should be in the future.

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company-carbon-footprint
Carbon Markets

What is the carbon footprint?

The carbon footprint includes all greenhouse gas (GHG) emissions, whether direct or indirect, that result from an individual, company or country’s activities. Since the industrial revolution, day-to-day human activity in all its diversity involves the consumption of fossil fuels to a greater or lesser degree. As a result, greenhouse gases (GHGs) are emitted into the atmosphere, leading to an increase in the total radiative forcing of the earth, increasing the temperature (global warming) and leading to climate change. In other words, GHGs, whose concentration has increased significantly in recent decades, absorb part of the heat reaching the earth from the sun, which, in turn, increases the temperature of the planet. The main greenhouse gases are carbon dioxide, methane, nitrogen oxide, water vapour and ozone, but it is CO2 that contributes the most to the increase in radiative forcing, and it also derives to a large extent from human activity. The carbon footprint The carbon footprint is the set of GHG emissions generated directly and indirectly by a person, a group, an organisation, a company, a region and even a product, a service, or an event. The tons of carbon equivalent (t CO2e) measure the carbon footprint because CO2 is the most abundant gas produced.  In other words, the carbon footprint is a fundamental environmental metric that provides information on the sources and sinks of GHG emissions. It serves as a management tool to identify the actions that contribute to the increase or decrease of the volume of GHG emissions of our activity related to our impact on climate change. Today, the climate urgency has highlighted the need for a global transformation that begins with the individual, influences the business practices and produces changes at the governmental level. It is time to establish an economic model that values the needs of people and the environment, and that is sustainable over time and neutral in GHG emissions. The carbon footprint and the individual At the individual level, the carbon footprint would be the set of GHG emissions that a person generates in their daily activities, for example: by using energy in the form of electricity or heat, or by consuming fuels for transportation, or with the use of products or services, among other sources of emissions. Therefore, HC helps to identify those everyday actions that can reduce GHG emissions and fight climate change. Hence, the importance of bringing the issue of global warming into the spotlight and launching awareness programmes, so people can make daily choices that are less harmful to the environment and society as a whole. The carbon footprint of companies When we turn our attention to the business sector, many companies have been reprimanded for the effects of their activity on climate change due to the large amounts of GHG emissions that they release into the atmosphere. Nowadays, companies of all sizes have the opportunity to lead the change towards a carbon-neutral society. For these reasons, the carbon footprint is present in the sustainability strategies of many companies that want to manage the GHG sources and sinks, and their carbon footprint consequences for their business and stakeholders. The calculation of an organisation’s carbon footprint involves the inventory of GHG sources and sinks derived from the activity carried out by that organisation. The quantity of the data will influence the complexity and scope of the study. Therefore, a company’s carbon footprint provides a numerical value of the total GHG emissions resulting from its activity. This is only the first step in managing GHG emissions and moving towards neutrality. The second step would be to draw up an emission reduction strategy or plan (with actions aimed at reducing GHG emissions and a system for monitoring the reduction results). Finally, after implementing the reduction plan, remaining GHG emissions should be compensated through GHG reduction or removal projects outside the company. Why do I need to know my company’s carbon footprint? Understanding your company’s carbon footprint is important in order to know where to take action in your production chain to improve processes and reduce the environmental impact, particularly around carbon emissions. You can also achieve savings by reducing the energy consumption of some of these processes, so calculating the carbon footprint os also a tool to reduce production and performance costs. It allows companies to make better decisions and achieve a more efficient management of energy consumption in all areas: mobility, lighting, heating, etc. Discover how to calculate carbon footprint. Once you have calculated your company’s carbon footprint, you will need to offset the GHG emissions that cannot be abated by other means, by purchasing carbon credits and from sustainable development projects. These credits are expressed in tons of CO2, representing the equivalent GHG emissions, and can also be generated by carbon capture projects. Offset carbon footprint with ClimateTrade ClimateTrade’s marketplace offers more than 150 certified sustainable projects that meet the Sustainable Development Goals stipulated by the United Nations. Through our state-of-the-art technology, we ensure that the financing of these projects is transparent and traceable, guaranteeing, at the same time, direct and positive impacts on the environment and society. If you would like to know more about the carbon footprint or how to calculate it, you can contact our team of specialists.