Kran develops nanobubble technology to enhance water efficiency in industrial, agricultural, and aquaculture processes, addressing the critical need for sustainable water resource management. Their customized solutions optimize production cycles by integrating nanobubbles, resulting in reduced chemical use and improved yield and quality.
Funding
$1M 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.
AIVFounders
Product
Problem
Industrial, agricultural, and aquaculture processes often face challenges in optimizing water usage, leading to inefficiencies, increased chemical consumption, and reduced yields. Traditional methods lack the ability to fully harness the potential of water resources for enhanced production and sustainability.
Solution
Kran develops and implements nanobubble technology solutions for industries where liquids are critical resources, improving water efficiency and overall production. By designing customized applications based on nanobubble science, Kran optimizes water-using systems, both intensive and extensive, to maximize resource utilization and increase production. The company manufactures nanobubble generating equipment, tailoring products to specific production cycles and integrating various inputs based on customer needs.
Target Audience
Kran serves companies in the industrial, agricultural, and aquaculture sectors seeking to optimize water resource use, improve efficiency, and enhance sustainability.
Features
- Customized nanobubble recipes for intensive and extensive water-using systems
- Nanobubble generator equipment manufacturing
- Conceptual and applied engineering for optimal solution design and results measurement
- Solutions for seabed remediation, oxygenation, and water quality in aquaculture
- Applications for increased fruit size, post-harvest shelf life, and water reuse in agriculture
- Industrial solutions for water and energy efficiency, reduced chemical use, and microorganism control