| Title of Process/ Know-how/ Product/Design/Equipment
An integrated downstream process for β-carotene and lutein– enriched products from Dunaliella biomass
IPR Status & Details:
IN202511028885
Application/Uses/Problem being addressed
Applications/ Uses:
Problem being addressed:
This technology primarily addressed the complexity of β-carotene extraction by replacing conventional multi-step operations–such as cell disruption, extraction, and formulation–with an innovative, simplified, and green downstream process.
Salient Technical Features including Competing Features/ Impact
Purity of β-carotene and lutein products was found to be 70–72% and 67-68%, respectively.
TRL Level & Scale of Development:- TRL 4 TRL Reference
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Process validated at 100 g wet biomass: TRL 4.
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Filed patent (IN202511028885; March 26, 2025)
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Ready for Process Demonstration and Technology Transfer.
Business scope & opportunity (in terms of scale, cost, market etc.)
- The global β–carotene market size was worth USD 575 million in 2022, rising at CAGR of 5% between 2023 and 2032.
- The Indian market size for carotenoids is estimated to reach 237 million USD by 2032, growing at a CAGR of 4.8% from 2023 to 2032. Market share of β-carotene is 40% of Indian carotenoid market.
Environmental Considerations
This process does not generate any harmful effluent
Status of Licensing:
Not yet licensed
Status of Commercialization:
Not yet commercialized
Major Raw Materials Needed
Dunaliella biomass (enriched with β-carotene), Biocompatible extractant.
Major Plant Equipment and Machinery Required
Stirred jacketed vessel, Centrifuge (for solid-liquid separation), Spray dryer (optional, in case of powdered form of the product is required).
Techno-Economics
Preliminary economic analysis indicates that processing 1 kg of biomass using this downstream technology is four times more cost-effective than the existing solvent extraction approach.
Technology Package
| Technology Photographs
