Digital Infrastructure
for Scaling Carbon Removal
What is Cula?
The digital infrastructure for responsibly scaling carbon removal. Cula’s MRV platform seamlessly captures and verifies data across the entire supply chain in real time. Bridging the gap between real-life processes and a carbon credit to showcase the world’s most effective carbon removal projects.
Highest quality carbon credits
For Credit Buyers
Cula’s MRV platform aids buyers in identifying the most impactful carbon removal projects — allowing for the direction of crucial funding toward projects that create the biggest impact and thereby increase our chances of maintaining global temperature rises within 1.5 degrees.
Advanced operations management
For Credit Suppliers
Cula provides an integrated operations management and MRV solution for carbon removal. Our software seamlessly melds with your daily operations, tracking every step of your production process, simplifying your operations, and empowering your carbon removal credits through data.
Highest quality CDR data
For Everyone
Cula fosters transparency in carbon removal. We gather data from diverse carbon removal sources, providing valuable insights to the scientific community for efficient carbon dioxide removal strategies.
Coming soon!
Enhanced Rock Weathering
Enhanced rock weathering is a carbon removal technology involving the spreading of finely ground silicate rocks, like basalt, over soil. Triggered by rainwater these rocks chemically react with CO2 and remove CO2 from the atmosphere.
Coming soon!
Direct Air Capture
Direct Air Capture (DAC) is a technology to extract carbon dioxide directly from the atmosphere. It operates by passing air over chemical solutions or solid sorbents that bind CO2. Once absorbed, the CO2 is then released from the material and stored underground.
Coming soon!
Marine CDR
Marine Carbon dioxide removal involves technologies to remove carbon dioxide from seawater, leveraging the ocean's natural ability to absorb CO2 from the atmosphere. Various methods, including ocean alkalinity enhancement and algal cultivation, are used to enhance this natural process.
Biochar Technology
Biochar carbon removal involves converting organic materials, such as agricultural waste, into biochar through pyrolysis — a process of heating the materials in the absence of oxygen. The resulting biochar is a stable form of carbon that, when added to soil, effectively sequesters carbon.
Additionally, biochar application in agriculture improves soil health by increasing fertility and water retention, making it a dual-purpose solution for carbon sequestration and sustainable agriculture.
Biomass Source Location
Fuel Type
Fuel Amount
Biomass Type
Cula Data Engine
Biomass
Agricultural waste and other organic residues are collected as raw material for biochar production, and then processed for uniformity in size and moisture content. The biomass must be sustainably sourced.
Payload Weight
Truck Type
Fuel Type
Cula Data Engine
Transportation
Sawmill, Losa
Eberswalde factory hall 1
Fuel Amount
Biochar Type
Biochar Weight
Biochar Moisture
Biomass Input Amount
Biomass Input Type
Fuel Type
Cula Data Engine
Pyrolysis
The prepared biomass undergoes pyrolysis, a high-temperature process in the absence of oxygen, transforming it into biochar. Controlling for parameters like temperature, duration, and biomass conversion efficiency is essential for determining the quality and quantity of biochar produced and its carbon removal potential.
Truck Type
Payload Weight
Fuel Type
Cula Data Engine
Transportation
Sawmill, Losa
Eberswalde factory hall 1
Biochar End Usage
Fuel Amount
Sink Duration
Fuel Type
Cula Data Engine
Final Sink
The final step to realise the carbon removal potential of biochar is its application in a carbon sink. This involves incorporating the biochar into soil or other environments where it can effectively lock away carbon for millennia.
Cula Data Engine
Biomass
Agricultural waste and other organic residues are collected as raw material for biochar production, and then processed for uniformity in size and moisture content. The biomass must be sustainably sourced.
Data points collected
Biomass Source Location
Biomass Type
Fuel Amount
Fuel Type
Transportation
Sawmill, Losa
51.746146, 14.368634
Data points collected
Payload Weight
Truck Type
Fuel Type
Pyrolysis
The prepared biomass undergoes pyrolysis, a high-temperature process in the absence of oxygen, transforming it into biochar. Controlling for parameters like temperature, duration, and biomass conversion efficiency is essential for determining the quality and quantity of biochar produced and its carbon removal potential.
General information
Fuel type
Fuel Amount
Biochar Weight
Biochar Type
Biochar Moisture
Biomass Input Amount
Biomass Input Type
Transportation
51.746146, 14.368634
Preschen, 03159 Neiße-Malxetal
General information
Truck Type
Payload Weight
Fuel Type
Final Sink
The final step to realize the carbon removal potential of biochar is its application in a carbon sink. This involves incorporating the biochar into soil or other environments where it can effectively lock away carbon for millennia.
General information
Biochar end usage
Fuel Amount
Sink Duration
Fuel Type
Cula credit
Cula certificates are not merely sheets of paper, but rather elegant and appealing artifacts that enable buyers to credibly demonstrate their commitment to addressing climate change.
What we offer
—
Operations Management & MRV — Our operations management suite seamlessly integrates with your daily operations, offering end-to-end tracking, certification, and efficiency optimization.
Build trust with buyers — Raising the bar for carbon removal credits through the integration of machine and sensory data and by transparently showcasing your carbon removal.
Partner Integration - Utilize our API infrastructure to seamlessly integrate with registries, marketplaces, and carbon removal buyers.
Book a Demo
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Credits backed by evidence — our MRV system bridges the gap between real-world processes and carbon credits - ensuring that one ton of carbon removal equals one ton of carbon.
Impact —Identify the most impactful carbon removal projects, enabling the allocation of crucial funding to projects that help us most in our fight against climate change
Transparency — Transparently view every data point that led to effective carbon removal in real time.
Explore Carbon Hub
—
Explore Carbon Hub
Open Data Access — Gain full visibility into the carbon removal process with transparent, real-time data. This ensures every step, from methodology to impact, is visible and accountable to the CDR science community.
Process Verification — Dive into detailed insights and analytics, verifying the efficacy and impact of each carbon removal method, ensuring credibility and scientific integrity.
For Carbon Removal Provider
For Carbon Removal provider
Operations Management
Our operations management suite seamlessly integrates with your production process, offering end-to-end tracking, certification, and efficiency optimization for carbon removal businesses.
I am a Carbon Removal Provider
Efficiency
Streamline Your Entire Workflow. Get credits calculated and listed automatically,
Authenticity
Offer Real, Verified Carbon Removal
Traceability
Full Scope Process Tracking and Analysis
For CO2 Certificate Buyers
For CO2 Certificate Buyers
Trusted Carbon Credits
Proof-backed carbon credits through a data-driven platform that tracks, certifies, and verifies carbon removal processes, offering transparent and effective offsetting.
I am a CO2 Certificate Buyer
Trust
Streamline Your Entire Workflow. Get credits calculated and listed automatically,
Transparency
Offer Real, Verified Carbon Removal
Credility
EBC certified, publicly verifiable climate action
For everyone / for the public
For everyone / for the public
Cula Directory
Our carbon credit directoy features a digital twin for each carbon removal process, linking carbon credits to tangible real-world actions like biomass origin and biochar production and usage. This enables everyone to independently verify the process behind each individual credit.
Explore Directory
Removing carbon from the planet. One step at a time.
