Since its founding in 2021, POWDER HOUSE has achieved transformative milestones—designing the Agro-Waste Upcycling Model, developing biogrape™, scaling industrial bioactive production, pioneering natural self-microencapsulation technology, and formalizing Residue-Free, Chemical-Free, Water-Free, and Manipulation-Free sustainability standards. By integrating scientific ingenuity, operational excellence, and environmental stewardship, POWDER HOUSE has set new global benchmarks in sustainable functional ingredient innovation

Leveraging the unrivaled bioactive potency of Valle del Maipo grape pomace, POWDER HOUSE’s milestones redefine the future of clean-label functional ingredients. Through continuous investment in multidisciplinary R&D, next-generation processing architectures, and eco-conscious scalability, POWDER HOUSE advances a regenerative model where bioefficacy, industrial performance, and environmental responsibility converge—positioning itself as an innovator of next-generation industrialization for the health and wellness sector

POWDER HOUSE’s R&D Division fuels technological advancement and market expansion by uniting materials science, particle engineering, biochemistry, and plant physiology. Through the Agro-Waste Upcycling Model and Self-Microencapsulation Technology, POWDER HOUSE pioneers Residue-Free, Chemical-Free, Water-Free, and Manipulation-Free functional ingredients—advancing clean-label innovation, environmental stewardship, and next-generation bioactive efficacy for the food, cosmetics, nutraceuticals, and nutricosmetics industries

 By validating its technologies through INFOGEST-standardized digestion models, TEM imaging, and antioxidant assays, POWDER HOUSE sets new global benchmarks for clean-label and natural-label certifications. Its R&D Division ensures large-scale scalability, industrial resilience, and superior bioactive functionality—fusing scientific precision, sustainability, and market foresight into a transformative innovation ecosystem designed for long-term wellness and regenerative growth