Skinfix

Barrier Restoring Gel Cream Refill

This product is doing really well!

Barrier Restoring Gel Cream Refill has lower emissions than a typical moisturizer (cream), driven by its supply chain design!

This product has lower solid waste output than a typical moisturizer (cream). Some of the components are likely curbside recyclable, which is great! However, the product could still be improved, as some of the components are not recyclable.

Carbon emissions

Below Average Above Average

Waste impact

Below Average Above Average

Carbon emissions

Carbon emissions (per 1k units)

150kg ~375 miles driven

Below Average Above Average
Materials and product design
Supply chain design
Shipping and distribution
Formula*
*Formula emissions data is incredibly important to comprehensively evaluate the carbon footprint of a product. However, please note that the science for this is still evolving and our estimations are not perfect.

Values are rounded to the nearest whole number and thus may not sum to 100%.

Materials and product design

64.9kg CO₂e

43% of overall emissions

Per component emissions

68%
Refill Cartridge
11%
Folding Carton
<1%
Seal
21%
Other

Supply chain design

14kg CO₂e

9% of overall emissions

Distribution emissions

54.7kg CO₂e

36% of overall emissions

Shipping destination

99% 54.1kg
DTC
Retail

Values are rounded to the nearest whole number and thus may not sum to 100%.

DTC shipping type

27%
14.6kg
Standard
Express

Values are rounded to the nearest whole number and thus may not sum to 100%.

Waste

Waste generated (per 1k units)

22.5kg ~2,422 plastic water bottles

Below Average Above Average
Refill Cartridge
Folding Carton
Seal
Other

Values are rounded to the nearest whole number and thus may not sum to 100%.

Join Skinfix and help reduce emissions and waste by making more sustainable choices.

At Bluebird, we look at six factors to measure the sustainability of a product including materials, product design, transportation of materials, transportation of the product, recyclability, and degradability.

Learn more about our methodology