Mission

  "Our mission is to rejuvenate the Earth for the benefit of humanity by employing groundbreaking technology that transforms waste wood and underutilized organic cellulose into the world's most versatile carbon resource, with limitless applications.

 We are dedicated to delivering a range of potent solutions that directly combat the effects of carbon emissions. We are doing this in a period when addressing climate change is a united global endeavor, and innovative solutions like ours are rapidly gaining global recognition."

The production system that creates our biochar is founded on a proprietary algorithm that oversees the operations of each kiln. The design promotes independent functionality, eliminating vulnerabilities associated with centralized control points. What sets this system apart is its proprietary nature, which empowers it to oversee every stage of the conversion process with meticulous attention to quality, consistency, yield, processing time, and adaptability to local environmental conditions, all without the need for human intervention. The computerized control system encompasses an array of components, including in-house developed firmware, software, and recipe programming, forming a comprehensive and streamlined solution.

  The biochar we provide is a structurally robust, carbon-rich material created from organic waste or biomass (known as feedstock), which undergoes a controlled thermal process in a limited oxygen environment. The raw biomass used as feedstock is typically rich in oxygen, constituting about half of its mass when measured on a dry basis. During the pyrolysis treatment, this thermal process expels a substantial portion of the oxygen, resulting in a darkened material primarily composed of carbon.

  In the case of our biochar, the end product is an exceptionally pure form of carbon, distinguished by its exceptional qualities. This biochar is distinguished by its near-total carbon content, in stark contrast to biochar derived from alternative processes, which typically contains between 50-80% carbon at best. This high level of carbon purity enhances the effectiveness and utility, setting it apart from biochar produced through conventional means.