Shreenika Pioneering
Developer and manufacturer of bio-derived chemicals using engineered microbes, fermentation, biocatalysis and green-chemistry integration. Focused on lowering production costs for sustainable alternatives (cosmetics, pigments, fine chemicals, nutrition/pharmaceutical intermediates) while minimizing environmental impact through renewable feedstocks, resource-efficient processes, and life-cycle analysis.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Citrus-derived antioxidant ingredient (bioactive antioxidant)
A citrus-derived bioactive produced by biocatalysis that activates cellular antioxidant pathways (Sirt1/Nrf2) intended for cosmetic formulations to provide UV and aging protection at low use levels.
Water-soluble bioactive rare sugar (skin bioactive sugar)
A highly water-soluble rare sugar produced by biocatalysis from citrus waste that demonstrates anti-aging activity (elastase, hyaluronidase and MMP inhibition; increased collagen expression) for cosmetic formulations.
Bio-derived pigments and fine chemicals
Fermentation- and biocatalysis-produced pigments and fine chemical intermediates intended as sustainable alternatives to petrochemical-derived inputs across cosmetics, textiles and specialty chemical markets.
Rutinol™
RUTINOSE is a pure, water soluble, bioactive sugar with skin anti-aging effects. Produced by an environmentally friendly biocatalysis process from citrus waste, it increases skin elasticity and function by increasing collagen I production and inhibiting elastase, hyaluronidase, and collagenase.
Hespure™
A biotech flavonoid for molecular health, developed for improved stability and absorption relative to hesperidin. It offers cardiovascular health, skin regeneration, metabolic modulation, and cellular longevity protection benefits.
Hesperegen™
Hesperegen™ is a next-generation citrus bioactive that delivers vitamin C benefits at lower dosing by activating the natural antioxidant capacity of skin cells. Made through a cutting edge biocatalysis process, it provides bright and youthful skin at low use rates and easy formulation by triggering the Sirt1/Nrf2 pathways for longer-lasting protection and healthy, glowing skin.
Citrus-derived antioxidant ingredient (bioactive antioxidant)
A citrus-derived bioactive produced by biocatalysis that activates cellular antioxidant pathways (Sirt1/Nrf2) intended for cosmetic formulations to provide UV and aging protection at low use levels.
Water-soluble bioactive rare sugar (skin bioactive sugar)
A highly water-soluble rare sugar produced by biocatalysis from citrus waste that demonstrates anti-aging activity (elastase, hyaluronidase and MMP inhibition; increased collagen expression) for cosmetic formulations.
Bio-derived pigments and fine chemicals
Fermentation- and biocatalysis-produced pigments and fine chemical intermediates intended as sustainable alternatives to petrochemical-derived inputs across cosmetics, textiles and specialty chemical markets.
Rutinol™
RUTINOSE is a pure, water soluble, bioactive sugar with skin anti-aging effects. Produced by an environmentally friendly biocatalysis process from citrus waste, it increases skin elasticity and function by increasing collagen I production and inhibiting elastase, hyaluronidase, and collagenase.
Hespure™
A biotech flavonoid for molecular health, developed for improved stability and absorption relative to hesperidin. It offers cardiovascular health, skin regeneration, metabolic modulation, and cellular longevity protection benefits.
Hesperegen™
Hesperegen™ is a next-generation citrus bioactive that delivers vitamin C benefits at lower dosing by activating the natural antioxidant capacity of skin cells. Made through a cutting edge biocatalysis process, it provides bright and youthful skin at low use rates and easy formulation by triggering the Sirt1/Nrf2 pathways for longer-lasting protection and healthy, glowing skin.
Services
Product-first development of manufacturing routes combining fermentation, biocatalysis and green chemistry to meet cost, yield and sustainability targets.
Provision of free product samples and formulation guidance (solubility, stability, recommended use levels) for customer evaluation.
Life Cycle Assessment and product sustainability analysis to quantify environmental impacts and guide product/process optimization.
Product-first development of manufacturing routes combining fermentation, biocatalysis and green chemistry to meet cost, yield and sustainability targets.
Provision of free product samples and formulation guidance (solubility, stability, recommended use levels) for customer evaluation.
Life Cycle Assessment and product sustainability analysis to quantify environmental impacts and guide product/process optimization.
Expertise Areas
- Biocatalysis and enzyme engineering
- Fermentation-based chemical manufacturing
- Green chemistry and synthetic integration
- Process development and scale-up
Key Technologies
- Biocatalysis
- Microbial fermentation
- Engineered microbial strains
- Green synthetic chemistry integration