Omnia Crystalline Eau De Parfum Refill

Description

A more precious and intense interpretation of Bvlgari’s most iconic feminine fragrance. Crafted around the same signature nashi pear and lotus accords as the Eau de Toilette, Omnia Crystalline Eau de Parfum pushes the boundaries of creativity and olfactive craftsmanship with a new composition created by Master Perfumer Alberto Morillas. The Eau de Parfum exalts the beauty of the original vision with three new vibrant gems of nature: green mandarin essence, jasmine absolute and sandalwood essence.
To express new levels of radiant confidence and add a rich florality to the heart of the Eau de Parfum, Alberto Morillas has selected jasmine. And not just any jasmine: for the first time in Bvlgari fragrances, the jasmine harvested from the “Flower Gems of India” programme is introduced. The initiative leverages permaculture principles to create a new sustainable jasmine farming model and is a living example of Bvlgari's long-term commitment to the highest standards of ethics in sourcing and production.
The commitment to making the Bvlagri Omnia packaging last longer comes to life through the collection’s innovative refill system. The Maison selected a refill technology that aligns with the modern consumer’s expectations – fast, intuitive, and effortless to use. Ingeniously built into the neck of the refill, an air-free system ensures a smooth, controlled flow and guarantees zero spillage once the refill is unscrewed from the flacon – delivering a clean and precise refill each time, which stops automatically once the refillable flacon is full. The Omnia Crystalline Eau de Parfum refill is available in a specific 200 ml format and is compatible with the 50 ml and 100 ml refillable flacons.
The impact of this new format, developed with eco-design principles in mind, is both significant and measurable. By opting for a 200 ml refill crafted from 40% recycled glass – used in combination with an existing 100 ml bottle – instead of purchasing three separate 100 ml flacons, clients can reduce their carbon emissions by at least 27%*. In addition, a substantial material reduction is achieved: 67% less metal, 62% less plastic, 7% less glass, and 37% less cardboard**.