코스모스랩

Project

COEXIST™

Green Innovation

The spiraling environmental cost of our lithium battery addiction. While electric vehicles are clean, batteries are highly carbon-intensive to produce. COSMOS LAB is moving fast to try to fix that.

CO2 Reduction

95%

COSMOS LAB is introducing manufacturing
technology for water batteries that can reduce
carbon dioxide emissions by more than 95%
compared to existing lithium-ion batteries through
the Low Carbon Manufacturing Program (LCMP)

Reduction in Mineral
Usage
for Battery
Manufacturing

To unlock the battery’s true value, we should be
cautious of greenwashing by
emphasizing the lack of
carbon dioxide emissions during battery use. Ultimately,
the focus should be on reducing the carbon footprint
during battery production.

Zn

30%
Br

30%
C

30%
Etc

10%

LEP

NCM

Low Carbon Manufacturing Program (LCMP)

Turning Tree Waste
into Electrode

Consider utilizing existing carbon sources that
do not increase carbon entropy in the soil or atmosphere.
Be cautious of carbon materials produced
from mineral sources.
COSMOS LAB has observed that more than 6 million tons of wood waste are discarded annually.
Converting wood waste into activated carbon,
following environmental assessments such as soil
pollution evaluation, reduces 163 kg CO2-eq per ton, even when compared to reclamation.

Removing Dry Room&
Electrode Drying Process

To cut CO2 emissions and energy CONSUMPTION
More than 80% of all battery processes produce batteries through electrode and assembly technologies that
do not require processes and facilities that used to
consume energy and emit carbon dioxide.

COSMOS LAB introduces dry electrode manufacturing
technology that can be manufactured in
100% SOLVENT-FREE condition.

95% reduction in CO2
emission compared to Libs

Revolutionary advancement in the production of
eco-friendly batteries, aiming for the pinnacle of
carbon reduction excellence.

CO2-eq Reduced Weight Per Ton