For decades, carbon markets have been seen as part of the solution to climate change. They have mostly been dominated by the private sector, but this will soon change. More than two thirds of countries are planning to use carbon markets to meet their Nationally Determined Contributions (NDCS) to the Paris Agreement. Countries such as Chile, Ghana, Jordan, Singapore and Vanuatu are already building end-to-end, state-of-the-art digital infrastructure to support their participation in international carbon markets.
These innovative digital solutions are fast evolving as a new international carbon market nears reality. Delegates at the 2021 global climate change meeting, COP26 in Glasgow, approved Article 6 ¨C the Paris Agreement¡¯s rulebook governing global carbon markets. The approval gave the green light to a market where countries can trade carbon credits generated by the reduction or removal of greenhouse (GHG) emissions from the atmosphere -- such as by switching from fossil fuel to renewable energy or by increasing or conserving carbon stocks in ecosystems such as a forest.
Reducing GHG emissions is becoming urgent as countries around the world experience the . ¡°The pace of decarbonization and adaptation needs to be accelerated and carbon markets provide an option to offset the costs of moving away from fossil fuels and towards a green economic transition,¡± said World Bank Senior Energy Specialist Monali Ranade.
Carbon markets help mobilize resources and reduce costs to give countries and companies the space to smooth the low-carbon transition. It is estimated that trading in carbon credits could reduce the cost of implementing NDCs by more than half ¨C by as much as . Over time, carbon markets are expected to become redundant as every country gets to net zero emissions and the need to trade emissions diminishes.
Under Article 6, countries will be able to cooperate in different ways to achieve their climate goals. The key to successfully reducing global GHG emissions through carbon markets could be digital infrastructure that keeps verified data secure and ensures that reductions are accurately accounted and tracked.
The key to successfully reducing global GHG emissions through carbon markets could be digital infrastructure that keeps verified data secure and ensures that reductions are accurately accounted and tracked.
This digital infrastructure comprises Monitoring, Reporting and Verification (MRV) systems with GHG emissions and emission reductions data linked to national or international Registries. New and fast evolving technologies¨C such as blockchain technology ¨C can further help ensure transparency and that carbon credits can only be claimed by one country: either the country that avoided or removed the GHG emissions, or the country that bought it in the form of a carbon credit for different uses.
Jordan¡¯s Pioneering Path to Addressing the Climate Crisis:
The country is facing significant climate challenges: temperature increases, precipitation decreases, increased incidents of drought and water lost to evaporation. At the same time, it remains heavily dependent on fossil-fuel imports, with limited natural resources and extremely scarce water supply for a population of 10.3 million that includes more than a million refugees. Extreme heat and water scarcity are driving up energy demand, creating fiscal burden and affecting economic competitiveness.
It was the first developing country to build MRV and GHG Registry systems to international standards that are the key building blocks for future emissions trading working with the World Bank¡¯s and (PMI) to develop and test this digital infrastructure.
To prepare for its MRV system, Jordan enacted a climate change bylaw in 2019 setting the institutional and regulatory framework on climate change across the government. With the help of , the precursor to PMI, Jordan set up its MRV system to track emissions in sectors such as energy, transport, and agriculture, calculate emissions and emission reductions, and tag the results to its NDC. Its registry system was set up to support the transaction process of eligible projects in the international carbon markets. Amid this process, it was decided to make the software open source and offered it to any interested country.
The work is also continuing in Jordan. The country is formulating a long-term, low-emission strategy to achieve sustainable, long-term, low-carbon economic growth. In 2020, Jordan launched a 10-year National Energy Sector Strategy to improve its energy mix and reduce carbon emissions by 10% in 2030, reducing its reliance on imports. Under a new project, the , the MRV system is expanded to 22 agencies and ministries. The project will help integrate climate change into decision-making and enable the country¡¯s MRV system to calculate emission reductions for climate-responsive projects to see if they are eligible for the carbon market.
