CO2 removal and renewable energy.
Less complexity, simple and robust solutions, adapted to your requirements.
Biochar based Carbon Removal (BCR) is currently the only market-ready process for decentralized CO2 sinks on a larger scale.
However, industry, agriculture and municipalities have difficulties finding the right system solution for their project.
Decarbo-Engineering advises, plans and supports your pyrolysis project from start to finish.
We also provide you with robust automation and monitoring solutions to integrate the interaction of all systems. With the help of our many years of experience and expertise, we will find the right solution for you.
PARTNER
Max Schuchardt
Stabsstelle Klimaschutz - Stadt Stuttgart
Decarbo Engineering provided us, the Climate Protection Department of the State Capital of Stuttgart, with an overview of pyrolysis technology. The main focus was on creating a comparative analysis of pyrolysis technology and pure wood combustion. In relation to input material flows, heat utilization, carbon sequestration potential and carbon dioxide emissions and, of course, a cost balance. Mr. Hoffmann was able to deliver professional results spontaneously and very quickly.
Nataly Cubellos
Carbono Local+ GmbH
I am pleased to give my highest recommendation to Decarbo-Engineering. [...]. Thomas Jakob Hoffmann has demonstrated exceptional competence and professionalism throughout our collaboration [...]
His consulting services are a tremendous asset to any biochar or carbon-related initiative. I look forward to working with him again in the future and am confident that his contributions will continue to be of exceptional value.
Tom Previte
Restoration
Decarbo-Engineering was an excellent contact and advisor when we had to decide on a system. Mr. Hoffmann helped us understand the limitations of our site, which helped us make the decision. Without him, we probably would not have made the right decision.
TESTIMONIALS
FAQ
A BCR project should always be based on at least three income pillars:
1. Energy (heat or electricity)
2. Biochar
3. Certificates
If one of these pillars is not yet included in your plans, then you should adjust your project again.The 3 pillars
Biochar is a versatile raw material produced through the process of pyrolysis. Although it is sometimes mistakenly considered a finished product, biochar is actually an intermediate product that requires further processing to achieve its final form and function. This processing varies depending on the intended use and can range from agriculture to industry.
How does the further processing of biochar differ depending on the application?
The further processing of biochar can be of varying complexity depending on the specific application. In agriculture, for example, biochar can be used directly as a soil improver in combination with organic fertilizer, while in industry it is often further modified to fulfill specific technical or ecological functions.Biochar is a raw material
In many current CO2 strategies, residual emissions are a challenge that is not yet fully addressed. Bioenergy with carbon recovery (BCR) represents an effective solution as it is the only negative emission recovery technology that can be deployed in a decentralized manner. BCR enables local actors to actively compensate for part of their residual emissions. This is done through the production of renewable heat and biochar, which supports and strengthens local sustainability efforts.
BCR enables local value creation
Bioenergy with carbon removal (BCR) currently contributes to more than 60% of global, technically realized carbon sequestration, according to the " State of Carbon Dioxide Removal 2024 " report. Although this process accounts for a significant share of carbon reduction, it is not yet widely discussed. This may be partly due to the lack of uniform standards and political commitment, a problem that affects all negative emission technologies (NETs).
Many people are already doing it, but not many people are aware of it.
The European Bioenergy Industry Association with CO2 Recovery (EBI) is committed to ensuring that all pyrolysis plants are certified to guarantee precise negative emission values. As part of each certification, such as by CSI or Puro, a comprehensive Life Cycle Assessment (LCA) is carried out. This assessment process records all emissions that arise from the origin of the biomass, through transport and pyrolysis, to the use of the biochar. These emissions are then offset against the gross value of the carbon stored in the biochar.
LCA for all plants
Physically, 1 kg of carbon corresponds to about 3.6 kg of CO2. After taking into account the emissions determined, the conversion factor for the carbon stored in the biochar varies between 2 and 2.4 kgCO2 per kg of carbon, depending on the result of the LCA. This precise calculation makes it possible to precisely assess the true contribution of biochar to CO2 removal and promotes the transparency and effectiveness of BCR technologies in the industry.
1:2,0 - 1:3,0
In many current CO2 strategies, residual emissions are a challenge that is not yet fully addressed. Bioenergy with carbon recovery (BCR) represents an effective solution as it is the only negative emission recovery technology that can be deployed in a decentralized manner. BCR enables local actors to actively compensate for part of their residual emissions. This is done through the production of renewable heat and biochar, which supports and strengthens local sustainability efforts.
Pyrolysis is a gentle thermal utilization of biomass
Countries such as Switzerland, Denmark and the USA are setting positive examples by implementing various support measures and legal regulations for BCR. These progressive steps show how national policies can actively contribute to the scaling of these important technologies.
Switzerland, Denmark and the USA
Given the successful implementation in other countries and the urgent need to reduce CO2 emissions, now is the ideal time to drive the expansion of BCR in Germany, the European Union and worldwide. In addition, some equipment manufacturers have already achieved a TRL of >8 and have improved initial difficulties. It is crucial that we seize the opportunity to achieve our climate goals through innovative and effective technologies.
Now is the ideal time