Blockchain applications could disrupt how the world manages environmental resources, helping to drive sustainable growth and value creation
- Blockchain applications could disrupt how the world manages environmental resources, helping to drive sustainable growth and value creation
- This opportunity remains largely untapped by developers, investors and governments as the majority of projects are currently focused on areas like fintech and supply chains
- New global platforms are urgently needed to incubate a responsible blockchain ecosystem rather than specific projects
A new study by PwC for the World Economic Forum released at the Global Climate Action Summit, identifies more than 65 ways blockchain can be applied to the world’s most-pressing environmental challenges.
Produced in collaboration with PwC, as part of the 4th Industrial Revolution project, Building blockchains for a better planet examines how new global platforms could incubate responsible blockchain ecosystems. These range from decentralizing management of natural resources such as energy and water, to creating more transparent supply chains that drive greater sustainability, and providing new mechanisms for raising the trillions of dollars that will be needed to deliver low-carbon and sustainable economic growth.
Blockchain-enabled solutions are currently being explored to improve the sustainability of global supply chains and could help overcome illegal activities by tracking fish from “bait to plate”, or commodities like palm oil, beef and soy from “farm to fork”. Such transparency is vital in influencing consumer decisions, updating supply chain practices and triggering new governance arrangements. Blockchain-enabled smart contracts could, for instance, be used to underpin innovative tenure arrangements that give specific resource rights to communities or fishers.
According to the report, these and other opportunities have been largely untapped by developers, investors and governments, and represent an opportunity to unlock and monetize value that is currently embedded in environmental systems.
Celine Herweijer, Partner, PwC UK, commented: “Blockchain applications to transform finance and commerce have been front of mind for business and investors to date. But there is an opportunity for fresh ideas to harness this nascent technology to help deliver big gains for our environment. From transparent and trusted clean and ethical supply chains, to incentivising sustainable consumption and production, or underpinning the much needed transition to low carbon decentralised energy, water and mobility systems.”
“It is important for anyone thinking about developing or investing in a blockchain application for the environment to take a step back and ask three essential questions: will blockchain solve the actual problem, can downside risks or unintended consequences be acceptably managed, and has the right ecosystem of stakeholders been built?”
If harnessed in the right way, blockchain has significant potential to enable the transition to cleaner and more resource-preserving decentralized solutions, unlock natural capital and empower communities. This is particularly important for the environment, where the tragedy of the commons and challenges related to non-financial value are prevalent.
“If history has taught us anything, it is that these transformative changes will not happen automatically,” said Dominic Waughray, Head of the World Economic Forum’s Centre for Global Public Goods. “They will require deliberate collaboration between diverse stakeholders ranging from technology industries through to environmental policy-makers, and will need to be underpinned by new platforms that can support these stakeholders to advance not just a technology application, but the systems shift that will enable it to truly take hold.”
Building block(chain)s for a better planet forms part of a series of reports from the Fourth Industrial Revolution for the Earth project, run in association with the World Economic Forum Centre for the Fourth Industrial Revolution.
Download the report here.