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ROOM FRAGRANCE- SUPERBA

Name: ROOM FRAGRANCE- SUPERBA
Brand: +351
SKU: 102212510217830
Price: 28.0 EUR
Availability: InStock

€28,00

Our home fragrance is composed exclusively of essential oils of natural and sustainable origin, blended with pure alcohol to...

Style

SHUN

CÊO

SARA

Style

SHUN CÊO SARA

Quantity

Our home fragrance is composed exclusively of essential oils of natural and sustainable origin, blended with pure alcohol to impart a natural and lasting fragrance indoors.

All Superba perfumes are created in Rome, and do not use additives or aromas of artificial origin.

Available in three fragrances.

Glass bottle with spray nebulizer
Contents: 50ml
Ingredients: Alcohol, essential oils of vegetable origin
Instructions: spray towards the center of the room

Sara: A sophisticated blend of patchouli, Calabrian bergamot, and Indian vetiver essential oils. Its warm undertones come from Atlas cedarwood and sweet Sicilian orange.

Ceo: A refreshing room scent blended from the purest of wild mint and citronella grass essential oils.

Shun: heady mix of lemon, geranium, and palmarosa, with the addition of warm bergamot, coriander, and patchouli undertones.

MADE BY SUPERBA

% CO2e

Below category's global average

Product Life Cycle Analysis

Raw Materials Extraction and processing of raw materials (agriculture, mining, logging) create environmental impacts before manufacturing begins.

Manufacturing Production consumes energy, water, and other raw materials, resulting in emissions and natural resource depletion.

Packaging Packaging materials such as plastic, paper and metal are used to accommodate and transport the product, contributing for their carbon footprint.

Distribution The transportation of goods generates greenhouse gas emissions, influenced by transport type, distance, and logistics.

Use Phase & End of Life Product usage may consume energy and resources through a certain lifespan, while its disposal may result in landfilling, incineration and recycling, releasing greenhouse gases.

A product life cycle analysis (LCA), in terms of carbon footprint, assesses the total greenhouse gas emissions generated at each stage of a product’s life, from raw material extraction to production, distribution, use, and disposal.