Imagine a high-tech oven that takes organic waste and quickly turns it into a stable form of charcoal that doesn't rot. Instead of the carbon going back into the air, it gets locked away in the ground for centuries. As a bonus, the process creates a hot gas that can be used to heat buildings or factories.
Companies struggle to find verifiable, permanent ways to remove carbon from the atmosphere while managing organic waste. Existing solutions often lack scalability or fail to provide usable energy by-products.
A full-scale automated prototype reactor (R3) with integrated feed and discharge systems. This includes the reactor hardware, ignition controls, gas analysis, and loading systems.
If you are a biomass processing plant dealing with organic waste streams — this project developed a flash carbonisation reactor that converts waste into biochar. This allows you to sequester 3.2t of CO2 per tonne of biochar produced. It turns a waste liability into a carbon credit asset.
If you are a municipal energy provider dealing with high fossil fuel costs for heating — this project developed a system that generates 9.5MWh of carbon-neutral heat per ton of biochar. This syngas can displace fossil-based heat in your network. It provides a renewable energy source while removing carbon.
If you are a soil amendment producer dealing with low-quality carbon additives — this project developed a method to create biochar with a high surface area of 200 – 400 m2/g. This produces a reproducible, high-quality product for soil enhancement. It ensures a stable carbon yield of 50-60%.
Based on available project data, specific pricing or operational cost figures are not provided.
Yes, the project developed a modular reactor design for rollout. The company is planning a flagship facility (C1) to reach 20kt of annual removal.
The technology uses a patent-protected 'Flash Carbonisation' pyrolysis process developed by Carbo Culture Oy.
The system is designed for a wide feedstock range, including moisture contents from 5% to 35%. It has been tested with pellets and various types of clean and dirty wood chips.
The project period ended in September 2024, with the R3 prototype used to optimize the process for the subsequent rollout of commercial facilities.
The project is led by a single Finnish SME, Carbo Culture Oy, which acted as the sole partner. This 100% industry-led structure indicates a strong focus on commercialization rather than academic research, with the company managing the entire transition from its 10-year research base to a full-scale automated prototype.
Contact Carbo Culture Oy in Finland regarding their C1 flagship facility rollout.
Contact us to explore licensing or partnership opportunities for flash carbonisation technology.
