Transforming built environment in the UK
Carbon Organix is an Anglo-American business focused on fighting climate breakdown through the removal of carbon dioxide from the atmosphere. This is achieved through the process of making biochar which not only enables the removal of carbon dioxide but also manufactures a product with versatility and mutliple uses in agriculture (soil moisture and nutrient retention) and building products (improving the performance of concretre and asphalt), among others.
In light of the UK Government’s commitment to a “green’ agenda and a zero carbon economy by 2050 (and a significant reduction by 2035), we anticipate the policy trends are aligned with to our business concept, encouraging companies, especially in the UK construction sector (which is a major carbon polluter), to consider Carbon Organix's offer and solutions.
Company background and history
With a background in a major quarry restoration project in the UK and the development of a sister project to develop a scale industrial hemp business, the team have considerable knowledge and experience of regenerative agriculture projects, the development of sustainable building materials products and materials, and highly developed knowledge of the carbon removal credit market.
Carbon Organix was founded based on analysis and research establishing the powerful carbon removal credentials of biochar manufacture.
Biochar: A Carbon Removal Marvel
Biochar is a type of charcoal produced from organic materials like agricultural waste through a process called pyrolysis, involving high-temperature, low-oxygen conditions. When applied to soils, biochar enhances fertility and moisture retention while providing a long-term carbon sink. Its porous structure can sequester carbon for centuries, mitigating climate change by capturing and storing carbon dioxide. Additionally, biochar improves soil health, nutrient retention, and microbial activity, promoting sustainable agriculture. The widespread use of biochar has the potential to make a substantial world-wide contribution to carbon dioxide removal, support sustainable land management, and foster resilient ecosystems in the fight against climate change. Evidence shows biochar also has significant potential as an additive in concrete and asphalt production, potentially reducing the carbon footprint. In concrete, it can enhance strength and durability, while in asphalt, it may improve stability and resistance to issues like rutting.
