Earth Biochar

NutroChar is a nutrient-enriched BioChar with an exceptionally high surface area, pre-loaded with plant-available nutrients for use in soilless substrates, pots, and planters. It delivers essential macro- and micronutrients together with high-quality organic humus, turning any planting medium into an optimal growing environment.

Ready to upgrade your home plants? NutroChar is available at selected premium nurseries.

CompoChar is a unique soil amendment suitable for greenhouses, orchards, and home gardens. Designed to improve soil structure and support long-term plant growth.

CompoChar combines fully composted biochar with minerals, organic matter, and beneficial microorganisms that enrich the rhizosphere, and enhance the plant’s natural immune system and improves resistance to pathogens and environmental stress.

ForteChar is a specialized product line developed by Earth BioChar to strengthen soil and plant resilience against pathogens. These products are based on collaborative R&D with farmers and researchers from leading research institutes and universities in Israel.

ForteChar enhances the biological defenses of soil and plants, providing an effective protective layer against soil-borne pathogens.

TreeChar is an innovative mesh bag filled with BioChar chips, designed to serve as a planting base for trees in urban environments, gardens, and orchards. The BioChar chips retain moisture while ensuring proper drainage and optimal root aeration, helping prevent root rot and supporting healthy root development.

TreeChar acts as a carbon sponge, absorbing fertilizers and liquids before planting and serving as a nutrient reservoir during the tree’s critical early growth stage.

Activated carbon is produced through chemical or physical activation processes that significantly increase its surface area and adsorption capacity for chemicals, contaminants, and pollutants.

At Earth BioChar, we collaborate with academic researchers and leading companies to develop advanced BioChar-based solutions for removing micropollutants from soil, drinking water, and wastewater.