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Soletair Power

Soletair Power

Modular direct air capture system that uses buildings' ventilation to remove carbon dioxide from the air.

OverviewStructured DataIssuesContributors

Contents

soletair.fi
soletairpower.fi
Is a
Company
Company
Organization
Organization

Company attributes

Industry
Carbon capture and storage
Carbon capture and storage
Clean technology
Clean technology
Manufacturing
Manufacturing
Real estate technology
Real estate technology
Nuclear power
Nuclear power
Location
Finland
Finland
B2X
B2B
B2B
CEO
Pasi Vainikka
Pasi Vainikka
Founder
Ari Piispanen
Ari Piispanen
Pasi Vainikka
Pasi Vainikka
Date Incorporated
April 5, 2016
Number of Employees (Ranges)
11 – 50
Email Address
info@soletairpower.fi
Phone Number
+358405445646
Full Address
Tuotantokatu 2 LAPPEENRANTA 53850 Finland
Founded Date
2016
Total Funding Amount (USD)
1,801,000
Latest Funding Round Date
March 1, 2021
Also Known As
Soletair
Latest Funding Type
Seed
Seed
Country
Finland
Finland
Headquarters
Lappeenranta
Lappeenranta

Other attributes

Company Operating Status
Active
Latest Funding Round Amount (USD)
1,200,000

Soletair is a company that captures carbon directly from the air as carbon dioxide, and also hydrogen that the company produces by renewable electricity from the sun or wind. With the help of catalytic synthesis, Soletair combines hydrogen and carbons into hydrocarbons suitable for fuel and plastic production. Soletair integrates these sustainable technologies to demonstrate that renewable products from the sun and air are available.

Process

The Soletair process aims for a 100% renewable solution, which combines carbon dioxide from air and electricity from the sun into sustainable consumer products. Soletair's demonstration facility includes a solar field, and three mobile container units - electrolyzer for hydrogen production, direct air capture for CO2 production, and intensified synthesis reactors for hydrocarbon production.

Phases

There are six phases in the process used by Soletair. The first phase is renewable energy. In this phase, the company powers the system with 100% clean solar energy. Power electronics transfer the electricity into the process. The second phase is hydrogen production. In this, they produce hydrogen using the electrolyzer module. The electrolyzer splits water molecules into H2 and O2. The hydrogen is then supplied to the next module. The third phase is direct air capture. Carbon dioxide is being collected from the air using the direct air capture module. Carbon dioxide is separated from the air by the adsorption process. The next phase is the mobile synthesis unit. Here, CO2 and H2 are being transferred to the mobile synthesis unit. An intensified synthesis reactor combines them into CXHY. Multi-functional hydrocarbons are used for fuel, gas, and plastic production. The CXHY is then being transferred to intermediate chemicals, oil refinery, and gas through the refining process. They are then being used for the next phase which is consumer products. They are also used for gasoline and diesel, and synthetic natural gas.

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Funding Rounds

Products

Acquisitions

SBIR/STTR Awards

Patents

Further Resources

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