So your organization has decided to become a carbon neutral one – That's great. In this article, we at Puro.earth, outline the best strategy to becoming carbon neutral with carbon removal. With this guide, you will understand concepts like carbon neutrality, carbon net-zero and carbon net-negative, be able to explain them to your colleague and start taking easy steps to become a carbon neutral organization.
We are in a hurry to mitigate climate change. According to the IPCC, in order to halt temperature increase the top priorities are reducing emissions and removing carbon dioxide from the atmosphere. In fact, by 2050 emissions need to reach carbon net-zero, or carbon neutrality with carbon removal, meaning that the carbon we emit is balanced out with carbon we remove and store. If we do not achieve this, the climate crisis will spiral into the biggest environmental disaster humans have seen.
Carbon neutrality means achieving a net balance in the carbon emissions of a company. Until recently it was achieved by buying traditional emission reduction offsets where the company pays and outsources for reductions elsewhere. However, this is no longer enough. The new goal is to become carbon net-zero, and remove from the atmosphere the same amount of CO2 that the company emits. Companies continue to play a big part in emitting carbon dioxide into the atmosphere and using up the planet’s resources, so becoming carbon neutral with carbon removal, or carbon net-zero, is our corporate responsibility.
There are many ways to do it, from average carbon footprint calculators to full-fledged environmental consulting services. Emissions calculations should include electricity and heating consumption, business travel, company waste, as well as manufacturing and supply chain emissions.
A good practice is to create a company-wide emissions reduction program that engages all employees and departments, and reduces the amount of environmental impact your company has. Easy reductions include switching to renewable energy, reducing waste and encouraging telecommuting. Another good practice is to charge an internal carbon tax based on business division carbon emissions, and use the funds to pay for sustainability improvements.
After reducing emissions the organization must remove the carbon it emits by investing in negative emissions technologies or carbon-net-negative offsets. It is important that they are measurable, verified and long term. For example, CO2 Removal Certificates or CORCs, confirm 1 tmetric ton of CO2 has been absorbed and stored away from the atmosphere for the long-term in a carbon net-negative product, so to become a carbon net-zero company you should acquire the number of CORCs that match your emitted tons.
Responsible companies have done their part. Many purchase carbon offsets from reforestation projects which restore natural carbon sinks. But it's inevitable, companies continue to create carbon emissions, while trees take many years to sequester CO2.
Fortunately, there are carbon net-negative technologies already available that can remove carbon at an industrial scale and store it for the long term. Carbon net-negative means less, or even better, than carbon neutral. A carbon net-negative product absorbs more CO2 than it emits in its manufacturing, with the net effect of removing carbon from the atmosphere.
At Puro.earth we have created a new kind of carbon offset, the CO2 Removal Certificate or CORC, based on carbon net-negative products. The carbon sequestration happens faster and we can measure it reliably.
CO2 Removal Certificates are digital tradable carbon assets that confirm 1 tonne of CO2 has been absorbed and stored in a carbon net-negative product. CORCs are issued for only the extra carbon absorbed after a third party verification of the product has proven that it is carbon net-negative from cradle-to-gate.
At the moment, CORCs are issued for three CO2 removal methods, to help organizations become carbon neutral:
|Biochar - a very stable, solid form of carbon that can endure in soil for thousands of years, making it an ideal technology for scalable carbon removal. It has multiple commercial uses at potentially industrial volumes, for example, as greenhouse additive, in soil regeneration and in wastewater treatment. It is produced from biomass or biowaste, through pyrolysis (heated in the absence of oxygen).|
|Carbonated Building Elements - Manufactured concrete-like building elements from steel slag (waste material from steel industry) instead of traditional cement. Basically, it’s CO2 negative concrete that removes more CO2 than its production emits. During the hardening phase CO2 is chemically bound and mineralized permanently into the building element.|
|Bio-based construction materials - Growing trees capture carbon but the carbon may go back to circulation if the trees are cut, decompose or are used for paper or energy. Carbon removal is considered long term when it’s stored in bio-based construction materials. In Europe, buildings are regulated to have a minimum lifetime of 50 years, and in real life the CO2 storage is likely to be longer. By storing CO2 for a minimum of 50 years, bio-based construction materials present an opportunity for companies to invest in carbon capture and storage, and take proactive steps towards carbon neutrality.|
Characteristics of CORCs
The benefits of becoming a carbon neutral company
Being a carbon neutral company has many benefits besides climate impact. It makes you a sustainable business, creates positive publicity and goodwill, and may lower financing costs. The assignment of CORCs to emissions from operations, events, business flights and other activities can be included in sustainability reporting and in your corporate communications.
For further impact, bundle CORCs with products and services to make them carbon neutral too. By making your products and services carbon neutral, you can differentiate from your competitors and increase sales with premium carbon neutral options.