A New Standard for Data Center Energy Efficiency
Two-Phase Immersion Cooling Using OpteonTM 2P50 Developmental Fluid*Two-phase immersion cooling (2-PIC) technology, when combined with new low GWP fluid,
has the potential to be the most sustainable data center cooling solution.1

Lowest energy
consumption

Lowest CO2 equivalentemissions

Lowest water
usage

Lower cost of ownership
than air-cooled systems 2

Best cooling capability
for ever-increasing TDPA GROWING CHALLENGEWorldwide,

data centers consume:

While producing
nearly:The global data infrastructure

1%~300market is projected togrow at a CAGR of12%of energy-related
carbon emissions 4

terawatt-hours (TWh)of electricity 3

through 2030 5

THE SOLUTION
How 2-PIC works

4.
3.

2.

Electronic equipment is placed
inside a sealed tank filled with
Opteon™ dielectric fluid.

Vapor rises and condenses backto a liquid when it makes contact
with the condenser coils.

The heat from the electronicequipment causes the fluid (thanksto its ideal boiling point) to boil.

The fluid returns to the pool.

Benefits vs. Conventional Air/Water Cooling1.

Negligible water usage

Longer hardware life

Reduces water consumption
by 99%.

Doubles the lifespan of IT
equipment vs. air cooling.

Lower energy usage

Improved system reliability

Higher power density

Boosts data center energy
efficiency by as much as 40%.

Fewer mechanical components (fittings,added filters, pumps, etc.) versus othercooling technologies, including cold plateand single-phase immersion systems. Also
reduces physical footprint by up to 60%.

Can increase potential power
density by a factor of 10 while
keeping overall temperatures lower.

Reduces the energy consumption of
the cooling system by up to 90%.

Two-phase immersion cooling using dielectric
fluids is critical technology for:
Advancing next-generation computing speeds

Achieving climate goals

Competing cooling technologies simply lack the necessaryheat-transfer capabilities required to enable high-powered
computing and ever-faster processing speeds.

Realizing the aims of the EU Green New Deal, REPowerEU, and green
data center initiatives requires a move away from competing coolingtechnologies, which consume far too much energy and water.

Realizing circularity

Attaining industry growth targets

Two-phase immersion cooling fluids can operate with minimal leaks
and enable the reprocessing/reuse of existing fluid—reducing
environmental impacts and maximizing circularity.

Two-phase immersion cooling technology dramatically reduces thesquare footage, cooling infrastructure, and water required tooperate a data center, reducing operating expenses andmaximizing capital investments.

1“Two-Phase vs. Single-Phase Immersion Cooling Fluids: Deconstructing Myths with Science,” LiquidStack in association with Chemours, liquidstack.com, May 2022, pg. 2.

2Ibid., pg. 16.

3“Data Centres & Data Transmission Networks,” IEA, https://www.iea.org/energy-system/buildings/data-centres-and-data-transmission-networks.

4Ibid.

5“Global Data Center Infrastructure Market Size, Share to Grow $120B by 2030,” Spherical Insights,
https://www.globenewswire.com/en/news-release/2023/02/14/2607416/0/en/Global-Data-Center-Infrastructure-Market-Size-Share-To-Grow-120-Billion-By-2030-CAGR-12.html.

(*) pending regulatory approval

The information set forth herein is furnished free of charge and based on technical data that Chemours believes to be reliable. Chemours makes
no warranties, express or implied, and assumes no liability in connection with any use of this information. Nothing herein is to be taken as alicense to operate under or a recommendation to infringe any patents or patent applications.
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