Carbon footprinting: how it works and how we can help
Climate change is here to stay, but we can limit how much we add to it. Carbon footprinting helps you see – and reduce – how much GHG emissions your product or company causes.
Climate change is here to stay, but we can limit how much we add to it. Carbon footprinting helps you see – and reduce – how much GHG emissions your product or company causes.
So how do we move away from the limitless energy drain of blockchain? With the Proof of Stake consensus mechanism, a proven method that is currently running Ethereum.
Blockchain energy use has no limits. How can we best allocate this energy use and the resulting environmental impacts? How should we consider miners, users, and investors?
Blockchain is a promising technology, but it uses enough electricity to power a medium-sized country. Why is that? Find out in our series about blockchain and its impacts.
There are many different standards to choose from for calculating a product carbon footprint. This article provides context and some steps to make the decision easier.
At the end of each year we review the most important developments in LCA and LCIA methodologies. Read on to learn more about the breakthroughs and improvements made this year.
Every year, we highlight the most important developments in impact assessment methodology. The 2020 overview contains many gems worth reading up on.
New scientific insight requires us to update environmental assessment methodologies to better reflect the true impacts of what we do. Recently, an update to the Global Warming Potential factors was released. How will this change carbon footprints?