HyveGeo utilizes microalgae cultivation and engineered biochar to convert wasted resources, such as unused desert land and wastewater, into effective carbon removal solutions and biofertilizers. This process enhances soil quality and plant resilience, addressing the challenges of arid land degradation and food security while sequestering carbon for long-term climate benefits.
Funding
$320K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Arid and degraded land lacks the necessary soil quality and nutrients to support robust agriculture, contributing to food insecurity and desertification. Traditional methods of land restoration are often costly, resource-intensive, and do not provide long-term carbon sequestration benefits.
Solution
HyveGeo utilizes microalgae cultivation and engineered biochar to convert underutilized resources, such as desert land and wastewater, into solutions for carbon removal and sustainable agriculture. The company cultivates microalgae using wastewater and sunlight, extracting bioactive compounds, including biostimulative phytohormones and biofertilizers, to improve soil quality and plant resilience. These compounds are then combined with engineered biochar, derived from biogenic residues like agricultural and forestry waste, to create a soil amendment that enhances water and nutrient retention, soil structure, and microbial activity. This process transforms arid land into arable land, boosting local food production while sequestering carbon for long-term climate benefits.
Target Audience
HyveGeo's primary customers are agricultural businesses, governments, and organizations focused on sustainable land management, carbon removal, and enhancing food security in arid regions.
Features
- Microalgae cultivation using wastewater and sunlight to produce biostimulative phytohormones and biofertilizers.
- Engineered biochar production from biogenic residues for long-term carbon sequestration.
- Soil amendment formulation that enhances water and nutrient retention, soil structure, and microbial activity.
- Conversion of arid desert soil into arable land for sustainable local food production.
- Carbon removal through biochar, generating high-quality carbon removal credits.