(Re)wilding™ converts organic waste into high‑quality engineered biochar, producing durable carbon‑removal products that businesses and communities can use to offset emissions. Their process captures carbon in a stable form, allowing clients to embed a tangible, traceable climate solution into supply chains, waste‑management programs, or soil‑health initiatives.
Funding
Funding not disclosed
Founders
Product
Problem
Organic waste from agriculture, food processing, and municipal sources is often landfilled or incinerated, releasing greenhouse gases and squandering a potential resource. Simultaneously, many industries lack affordable, stable carbon sequestration materials for soil improvement, construction, or filtration applications.
Solution
Rewilding captures these waste streams and transforms them into high‑quality engineered biochar and other durable carbon removal products. The process thermally carbonizes organic material under controlled conditions, producing a stable, low‑oxygen carbon matrix that resists degradation for centuries. The resulting biochar can be blended into soils to enhance fertility and retain moisture, incorporated into building materials to improve strength and reduce embodied carbon, or used in filtration media to capture contaminants. By offering a marketable product rather than a disposal cost, the company creates a closed‑loop system that both diverts waste from emissions‑intensive pathways and provides a tangible carbon offset. The technology is designed for modular scaling, allowing businesses of various sizes to integrate the solution into existing waste streams with minimal infrastructure changes.
Target Audience
Primary customers are waste‑generating businesses (e.g., food processors, farms, municipalities) and downstream users such as agricultural producers, construction material manufacturers, and filtration system developers seeking sustainable carbon‑negative inputs.
Features
- Controlled pyrolysis process that yields biochar with >90 % carbon stability and customizable particle size distributions
- Product formulations optimized for three end‑uses: agronomic soil amendment, construction composites, and industrial filtration media
- Integrated carbon accounting dashboard that quantifies sequestered carbon per ton of processed waste
- Modular processing units that can be deployed on‑site or at regional facilities to reduce transportation emissions
- Compatibility with a wide range of organic feedstocks, including food waste, agricultural residues, and municipal organics