Regenerative Carbon Sequestration – 2.5 tonnes of CO₂ per hectare per year
Hasta Eco offers verifiable biological carbon sequestration through regenerative organic farming.
Key points:
- 2.5 tonnes of CO₂/ha/year – conservatively estimated, on the lower side
- Based on plant biology, root carbon, and active microbiome
- Low risk of re-emission
- No synthetic fertilizers, no chemical inputs
- BioConverse is used for stability and security, not to inflate figures
Why it works:
Living soil binds carbon long-term when the system focuses on roots, intercropping, and biological balance.
What you are investing in:
Real climate benefit – not accounting.
Q&A
Question: Where does the figure of 2.5 tonnes of CO₂ come from?
Answer: It is based on established soil biology, experience from regenerative systems, and a deliberately conservative assessment of stable carbon sequestration via roots and the microbiome.
Question: Why not 4–5 tonnes as other actors state?
Answer: We choose a level that can be achieved every year, even during weaker seasons. 2.5 tonnes is a level we dare to stand by long-term.
Question: How securely is the carbon stored?
Answer: The majority is bound as stable soil carbon via microbial biomass and soil aggregates – not as temporary above-ground plant mass.
Question: What happens during extreme weather years?
Answer: The system is built for resilience. Intercropping, cover crops, and biological stabilization reduce year-to-year variation.
Question: What role does BioConverse play?
Answer: BioConverse reduces carbon and nitrogen losses, stabilizes organic material, and increases the security of carbon sequestration – without increasing the communicated figure.
Question: Is this certified?
Answer: The cultivation is organic according to EU regulations and KRAV where applicable. Carbon sequestration is based on biological processes rather than financial certificates.
Offer / Agreement
The offer includes:
Carbon dioxide sequestration corresponding to 2.5 tonnes of CO₂ per hectare per year, based on regenerative organic farming with a focus on long-term soil carbon build-up.
Definition of sequestration:
Sequestration occurs through biological processes linked to photosynthesis, root development, and an active soil microbiome. The focus is on stable carbon bound in soil structure and microbial biomass.
Risk assessment:
The stated level of 2.5 tonnes of CO₂ per hectare per year is set conservatively to minimize the risk of over-reporting and ensure long-term credibility.
System reinforcement:
BioConverse is used as a biologically stabilizing component to reduce nutrient losses, strengthen the soil's microbial activity, and increase the robustness of carbon sequestration.
Important principle:
BioConverse is used to secure delivery, not to raise the stated carbon level.
Timeline:
Annual sequestration, repeatable over time with sustained regenerative practices.