Nature Beta Technologies

Microalgae Cultivation

Agriculture & Food Technologies
Acquired (Inactive) by Nikken Sohonsha Corp. on Nov 1988 - ceased to operate

Company Overview

Snapshot

Founded in February 1988, Nature Beta Technologies operates with 11–50 employees. The company was acquired by Nikken Sohonsha Corp. in November 1988, leading to its current inactive status.

Business overview

Nature Beta Technologies (NBT) specializes in the cultivation of Dunaliella bardawil microalgae, which is a natural source of beta carotene, rich in the 9-cis isomer, other carotenoids like phytoene, lutein, and lycopene, and various phytochemicals and micronutrients. The company's core product serves the agriculture and food technologies sector, with applications in pharmaceuticals, supplements, cosmetics, food and beverage, and aquaculture. NBT is also a partner in D-factory, a European Commission-funded consortium focused on establishing a sustainable CO2 algae biorefinery using Dunaliella biomass.

Company Intelligence Q&A

What is Nature Beta Technologies' primary focus?
Nature Beta Technologies primarily focuses on cultivating Dunaliella bardawil microalgae, which is a source of beta carotene and other beneficial compounds.
When was Nature Beta Technologies acquired?
Nature Beta Technologies was acquired by Nikken Sohonsha Corp. in November 1988.
What is the significance of Dunaliella bardawil microalgae cultivated by NBT?
The Dunaliella bardawil microalgae cultivated by NBT is a source of beta carotene, containing 50% of the 9-cis isomer, and is also rich in other carotenoids like phytoene, lutein, and lycopene, as well as various phytochemicals and micronutrients.
What industries does Nature Beta Technologies' product serve?
Nature Beta Technologies' microalgae products are relevant to industries such as pharmaceuticals, supplements, cosmetics, food and beverage, and aquaculture.
What is Nature Beta Technologies' involvement with the D-factory consortium?
Nature Beta Technologies is a partner of D-factory, a consortium funded by the European Commission, aiming to establish a world benchmark for a sustainable CO2 algae biorefinery based on Dunaliella biomass.