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Carbon removal is essential
in the fight against global warming.
Outfits supports the Stripe-Climate Foundation,
in order to avoid the effects the most catastrophic of global warming,
we need to limit the global average temperature increase to 1.5°C
compared to pre-industrial levels.
It is therefore necessary, by 2050, to completely eliminate global emissions
of CO₂, which in 2018 amounted to about 40 gigatonnes per year.
To achieve this goal, we must both significantly reduce new carbon emissions,
but also eliminate carbon already present in the atmosphere.
On Outfits,
our job is to integrate sustainability
in daily decision-making.
Our sustainability department collaborates continuously with all departments
of the company to establish
the strategic lines of the action plan,
by developing specific projects
and setting goals.
This generates a positive impact in people
and reduce our footprint in the environment.

" Innovation and collaboration are fundamental
to move towards the sustainability of the textile industry. "
We implement specific programs providing a holistic perspective
that help us minimize the impacts of all our operations,
whether it's how we manufacture clothes,
organize their logistics, or facilitate their online marketing.
Additionally, we assist customers in giving a second life to clothes they no longer need
through reuse and recycling programs in collaboration with social entities.

LET’S BE AGENTS OF CHANGE
By investing in new technological solutions,
we tend to change the way we manufacture,
let's use and recycle our clothes.
Innovation
Outfits supports new technologies to limit environmental impacts
with the aim of moving towards more sustainable solutions.
At geological time scales,
CO₂ chemically binds to minerals and transforms
permanently in rock. Heirloom is working on a capture solution directly from the air allowing the CO₂ absorption process to take only a few days.
The project then plans to extract this CO₂
to store it permanently in the basement.
Ebb Carbon mitigates ocean acidification
while capturing CO₂.
Using membranes and electrochemistry,
Ebb reduces ocean acidification
and increases its natural capacity to capture CO₂
from the air to store it as ocean carbon.
AspiraDAC creates a modular direct capture device
carbon in the air with a solar power supply directly integrated into the modules.
Its sorbent with a metal-organic structure works
at low temperatures, which helps to reduce costs,
and its modular approach allows
it to carry out its experiments in a more progressive way.
Mission Zero electrochemically removes CO₂ from the air
and concentrates it so that it can then be stored
using different methods.
This still experimental process takes place at room temperature
and can be powered by green electricity.
Another advantage is that it could be implemented economically and on a large scale using modular equipment,
already commercially available.
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