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DIRECT AIR

CAPTURE

ORAQUEL DAC SYSTEM

BASED IN
EUROPE

NICE TO MEET YOU

LET'S REMOVE

OLD CO₂ EMISSIONS TOGETHER.

Oraquel is a technology company based in Poland and Switzerland, engaged in capturing carbon dioxide from the atmosphere and storing it. With a team of creative engineers, we specialize in capturing carbon dioxide directly from the air, using our own patented technology and storing the captured carbon dioxide underground for hundreds of years DAC /DACCS. Our mission is to prevent climate change and capture old CO₂ emissions. Thanks to creativity, experience, passion and strategic thinking we implement our own strategies to the benefit of the climate and the environment.

OUR SERVICES

1

DIRECT AIR CAPTURE

Oraquel DAC SYSTEM REACTOR enables the capture and safe storage of up to 500 tons of carbon dioxide per year. Reduction of old

CO₂ emissions.

2

CO₂ STORAGE

Safe and cheap storage of captured CO₂

Old coal, salt, potassium and copper mines are ready and fully adapted places for storing captured CO₂ and storage in deep saline formations.

3

CO₂ CREDITS

Direct Air Capture (DAC) Carbon Credits represent certified certificates for one metric ton of CO₂ pulled straight from ambient air and permanently stored underground.

VCS and ISO 14064-2 certified credits.

4

SORBENTS

Oraquel sorbent technology for the direct capture of CO₂ from the air. A specialized material binds carbon dioxide molecules, which can subsequently be separated and directed toward storage or reuse.

OUR WORK

ORAQUEL DAC SYSTEM

Discover our technology and active projects.

Decorative

DIRECT

AIR

CAPTURE

AND STORAGE

OUR
CONNECT

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DRIVEN BY INNOVATION, FUELED BY STRATEGY — REDEFINING SUCCESS IN DIRECT AIR CAPTURE!

WHAT ABOUT
DAC
SYSTEM

FROM AIR TO THE LONG-TERM GEOLOGICAL STORAGE 

Large fans draw in atmospheric air (only

~0.04% of air is CO₂).

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Ambient air intake

Air passes through chemical and natural sorbent that binds only CO₂ molecules.

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CO₂ Capture

Heat (80-120 °C) releases CO₂ from the sorbent in concentrated form (not in all cases).

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Regeneration, Desorption

The concentrated CO₂ is compressed into a dense liquid for transport or the entire sorbent is transported. CO₂ injected deep into (underground) rock formations where it stays locked away (high permanencen).

Geological storage

READY TO WORK FOR THE CLIMATE? LET'S START TODAY

CONTACT US

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