Yield Lab

Bioceanor specializes in providing underwater weather stations that monitor and analyze water quality in real-time. Their innovative solutions facilitate the collection of crucial data for aquaculture, river, lake, and beach management. The company's products are equipped with features that allow for configurable alerts via email and text messages, enabling users to make informed decisions based on immediate environmental conditions. By utilizing artificial intelligence, Bioceanor's devices effectively support owners and caretakers in understanding the ecological impact of various activities, ultimately promoting better stewardship of aquatic environments.

NanobOx specializes in the development of innovative nanobubble generation technology that enables efficient water aeration at a low energy cost. The company's patented method produces air, oxygen, and ozone nanobubbles, which can be deployed in various settings, both externally and immersed in water. This technology significantly enhances the oxygen content in nanobubbles without the need for additional oxygen, thereby providing substantial biological benefits. It is particularly effective in boosting crop yields and reducing input costs in irrigated agriculture and aquaculture. Additionally, NanobOx's technology plays a vital role in improving water-based bioprocesses, including biological water treatment, waste management, fermentation, and environmental remediation. The scalability and versatility of this technology position NanobOx as a key player in enhancing productivity and sustainability within these sectors.

Bioceanor specializes in providing underwater weather stations that monitor and analyze water quality in real-time. Their innovative solutions facilitate the collection of crucial data for aquaculture, river, lake, and beach management. The company's products are equipped with features that allow for configurable alerts via email and text messages, enabling users to make informed decisions based on immediate environmental conditions. By utilizing artificial intelligence, Bioceanor's devices effectively support owners and caretakers in understanding the ecological impact of various activities, ultimately promoting better stewardship of aquatic environments.

Hydrosat is a climate technology company established in 2017 and headquartered in Washington, D.C. The company specializes in utilizing thermal imagery from satellites to assess water stress in agriculture, thereby enhancing food security, public safety, and environmental management. Hydrosat provides geospatial analytics services that enable organizations to monitor and manage data related to plant health. By transforming thermal infrared satellite imagery into actionable insights, Hydrosat supports various sectors, including agriculture, financial services, and government, in making informed decisions regarding water resource management.

Biomass Controls specializes in renewable energy technology that addresses global water and sanitation challenges through innovative solutions. The company focuses on processing and valorizing biogenic waste, including manure, textiles, food, and biosolids, to produce carbon-rich biochar. This process not only improves health and environmental conditions but also enhances quality of life and supports gender equality. Biomass Controls implements decentralized technologies that facilitate remote real-time monitoring and evaluation, contributing to the development of the Smart Sanitation Economy. By harnessing waste streams, the company generates energy, clean water, and biochar products, effectively realizing the vision of a Circular Sanitation Economy while promoting sustainability and carbon sequestration.

Kilimo is a company based in Cordoba, Argentina, founded in 2014, that specializes in Big Data solutions for water management in agriculture. It offers an irrigation management tool designed to enhance farm management and improve water use efficiency. By utilizing satellite and site-specific data, as well as soil testing, Kilimo provides tailored prescriptions for various crops. This approach allows farmers to optimize their irrigation practices, leading to increased yields while minimizing water usage.