Every step one takes leaves a carbon footprint, and tracking these emissions and attempting to decrease and eradicate them is a need worldwide. Over the years, quite a few things have evolved in the carbon landscape. One key trend the sector is witnessing is that the carbon offset registries have become more robust with a tracking mechanism. Each carbon offset is assigned a unique serial number and entered into a registry, which gives the market additional certainty that you are getting what you paid for because it can be traced back to the emission reduction project.

Another technological advancement and one that is extremely beneficial to the market is we now have a futures contract to streamline the buying and selling of offsets from global registries and emission reduction projects that trade on the Chicago Mercantile Exchange. It is called the global emissions offset futures contract and is distributed via CBL, a global leader in spot energy and environmental markets. Those contracts must meet specific requirements, and since this is the first futures contract in our market, it is exciting. It was only released last year, but I believe it was essential in moving the market forward in terms of price transparency. There is still a long way to go for the futures contract in the carbon markets.

Moreover, in terms of carbon reduction, the most recent trends include discovering ways for carbon removal as well as carbon capture and storage, as these are currently expensive technology types. However, they are critical to our ability to achieve our carbon reduction goals. So, these two technology types are quite significant, and they are starting to be employed, but they are still a little too expensive to be put into effect at the existing price level of offsets.

A Dive into What’s Holding the Carbon Industry Back

Amidst this backdrop, a major challenge in the carbon space is price transparency. As most offsets trade on OTC markets and through intermediaries, there is no such thing

as a centralized marketplace. Some argue that these offsets should be parodies of the many offset types and that this would solve the problem—that is, commoditization of the offset. On the contrary, I believe that each project is unique in terms of the sustainable development goals (SDGs) that it creates or needs. And I could not get a case for a bifurcated market of offsets, where one bucket contains all equal offsets such as solar, wind, hydro, and possibly a handful of other technology types. Then in the other bucket, more distinct projects meet the SDGs, and companies are willing to pay more for those. I could see two buckets, but I do not see a commoditization of voluntary offsets.

"In terms of carbon reduction, the most recent trends include discovering ways for carbon removal, and carbon capture and storage"

Another challenge that the market is currently facing is the necessity to scale. Recently, there have been so many net-zero goals announced that some in the industry believe the voluntary market will need to scale 15 times to meet demand. But it is difficult to get enough offset projects up and running in time. As a result, I believe the question is whether or not an entity with a net-zero goal will buy offsets, and I think they must.

Companies will not be able to accomplish their ESG (Environmental, Social, and Governance) goals overnight, next year, or even the following year by just lowering their emissions. They will require a transition tool, and that tool or bridging mechanism will be a voluntary offset to demonstrate that they are taking immediate action. Businesses can use the offset while trying to figure out how to cut their emissions.

Data Collection Made Easy with a Simplified Approach

Owing to the trends influencing the industry, one best practice that businesses should employ to steer ahead of their competition is the way they collect data to illustrate what their emissions are across their scope, one, two, and three. And the organizations that help companies measure their emissions must devise a very simple mechanism for the entities to unload their data; otherwise, getting all of the necessary data to assess an organization’s actual emissions will be extremely difficult. So it is a two-pronged approach. One, it must be simple enough that the entity attempting to report its emissions understands it and can provide the data required to perform the computations. The second is that if they can visualize what the data implies or what data is being requested, the process will be greatly simplified. To that end, what I’m trying to express is the process of data collection from entities that want to understand and report their emissions must be simplified. There also needs to be a means to upload the data in a manner that is simple and easy to understand for the organization reporting their emissions.