AlgaeArt
Spirulina Production Using Desalination Byproduct
Company Overview
Snapshot
Founded in September 2009 by Yankale Peretz, AlgaeArt operates with 1–10 employees. The company focuses on sustainable agriculture solutions, particularly in the production of spirulina.
Business overview
AlgaeArt specializes in developing technology for efficient spirulina production, utilizing the byproduct of reverse osmosis (RO) desalination. Its core technology integrates the management of salty waters and RO concentrate with microalgae agriculture. The company's process transforms nitrates from RO concentrate into valuable spirulina biomass, while also achieving zero-liquid discharge through brine evaporation in outdoor ponds. AlgaeArt serves the agriculture and food technologies sectors, specifically focusing on novel food and ingredients, and water treatment, by producing the food supplement spirulina and offering a profitable disposal method for desalination concentrate.
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- What is AlgaeArt's primary focus?
- AlgaeArt's primary focus is the production of spirulina using a technology designed to efficiently dispose of the byproduct of reverse osmosis (RO) desalination.
- Who founded AlgaeArt and when?
- AlgaeArt was founded in September 2009 by Yankale Peretz.
- What problem does AlgaeArt's technology address?
- AlgaeArt's technology addresses the challenge of disposing of the high-salt and nitrate concentrate released as a byproduct of reverse osmosis in brackish wells, which is typically expensive to manage.
- How does AlgaeArt's process contribute to environmental sustainability?
- AlgaeArt's process integrates the management of salty waters and RO concentrate with microalgae agriculture, transforming nitrates into valuable biomass and achieving zero-liquid discharge through brine evaporation, meeting strict environmental requirements for soil and aquifer protection.
- What product does AlgaeArt produce?
- AlgaeArt produces the food supplement spirulina, which is derived from microalgae cultures that transform nitrates from desalination byproducts.