Hi-Cap Formulations

Company Overview

Snapshot

Founded in June 2004 by Jonathan Gressel and Mordechai (Mike) Granot, Hi-Cap Formulations operates with 1–10 employees. The company is focused on developing innovative photobioreactor technology for microalgae cultivation.

Business overview

Hi-Cap Formulations specializes in developing photobioreactors for cultivating microalgae. Their core technology involves flexible plastic sleeves that float on ponds, enabling the growth of a thin, highly dense layer of microalgae. The system utilizes carbon dioxide for inflation and photosynthesis, employing low-energy mini near-shear wave generators for gas exchange and mixing, thereby eliminating the need for compressors or pumps. The company targets the animal feed industry, aiming to produce contaminant-free microalgae as a substitute for fish meal, fish oil, and soybean meal, while minimizing land, fresh water, and fertilizer usage compared to conventional crops. They operate within the Agriculture & Food Technologies sector, specifically in Ag Tech and Genetics & Input, serving the Agriculture & Food market, particularly in Marine Life and Aquatic Plants.

Company Intelligence Q&A

What is Hi-Cap Formulations' primary focus?

Hi-Cap Formulations is focused on producing contaminant-free microalgae for animal feed, serving as a substitute for fish meal, fish oil, and eventually soybean meal.

When was Hi-Cap Formulations founded?

Hi-Cap Formulations was founded in June 2004.

Who are the founders of Hi-Cap Formulations?

The company was founded by Jonathan Gressel and Mordechai (Mike) Granot.

What technology does Hi-Cap Formulations utilize for microalgae cultivation?

Hi-Cap Formulations has developed a photobioreactor system that cultivates microalgae in flexible plastic sleeves floating on ponds, using carbon dioxide for inflation and photosynthesis, and low-energy mini near-shear wave generators for mixing.

What problem does Hi-Cap Formulations' technology address?

The company's design requires no compressors or pumps for gas exchange and mixing, aiming to use less land, fresh water, and fertilizer than conventional crops for animal feed production.