Soletair Power develops Direct Air Capture technology that can be integrated into building ventilation systems to capture CO2 from the air, reduce energy costs, and decrease emissions.

Soletair Power

Climate Technology Product Manufacturing

Carbon Ghostbusters

Soletair Power | 3,214 followers on LinkedIn. Building the world&#39;s largest distributed decarbonization ecosystem. | For centuries, human beings have been treating Earth like a rental. Carbon pollution levels are accelerating. The result is deadly: a climate emergency that is already killing countless living organisms, displacing people, and sowing the seeds for famine, epidemic, poverty, and war.

CEO, Meka Group, Board Director, International Business Developer, Innovator & Entrepeneur

Niklas Skogster

Creative engineer, Chairperson, Entrepreneur, Investor, Speaker, Strategy Consultant Sustainability and Data

Frank Jensen

CEO, Partner at Soletair Power

Petri Laakso

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Kimmo Rauma

We will be at Slush 2024 🎯 Investors, commercial property owners, CO2 utilization companies, and startups — we look forward to engaging in insightful discussions with you at #booth i9. 💬 Before, during, or after the event; send your query to us directly from here: https://lnkd.in/eaXtzaJQ 📅 Event dates: 20-21 Nov 2024 (Wed-Thu) 🗺️ Address: Messuaukio 1, 00520 Helsinki 🧭 Directions: https://lnkd.in/dNAp_WHX 🟩 Booth number: i9 🎟️ Tickets: https://lnkd.in/dw5tUqz3 Soletair Power Contact: 📞 +358 (0) 405445646 🌐 https://lnkd.in/eaXtzaJQ 📧 info@soletairpower.fi Slush 2024 will bring together 13,000 of the most brilliant founders, investors, operators, executives, media, and talent. See you there! #slush2024 #slush #soletairpower #helsinki #finland #Innovation #FutureOfAir #SustainabilityReporting #buildingsascarbonsinks #capturingCO2 #directaircapture #carboncapture

Woohoo! We have won a tender in Hungary to build an industrial-scale, building-integrated CO₂ capture plant there! This time, our modular system will capture CO₂ from a building's ventilation and supply the captured CO₂ to a customer-advised application. As pioneers of the world's first building-integrated carbon capture technology, with this seventh delivery case, we can say we're proud to expand our technology across new geographies. Thanks to all our well-wishers, customers, investors, accelerators, partners, and of course to the stellar team of Soletair Power 🤝🎉 #DirectAirCapture #CarbonCapture #SoletairPower #capturingCO2 #CO2 #HVAC #Hungary #UDAC #DAC

We're honored to reach the finals of the Hong Kong Green Tech Challenge 🎉🏆 We'll travel to Hong Kong in November 2024 to explore business/investment opportunities. With 6 commercial deliveries and more projects in the pipeline, we’re getting closer and closer to our vision of creating the largest distributed decarbonization ecosystem in the world by turning millions of buildings into CO2-capturing machines. Big thanks to Carbonless Asia , the esteemed jury, and our Soletair Power team members who made this achievement possible! Also congratulations to all eight winners! 👏 🎉🏆

Denmark’s CO2 capture expert, Philip Loldrup Fosbøl , expresses his excitement about our installation in Aarhus: Denmark's first CO2 vacuum cleaner. He praised the project as "fantastic." The technology-loving engineers from Søren Jensen in Aarhus are the first movers who initiated this project with Soletair Power . Fosbøl highlighted the long-term potential of the system, which makes buildings part of the climate solution. The concept of installing DAC in an office building via a ventilation system makes much sense. There is already a large airflow, which is typically one of the most expensive elements of a DAC system. The ventilating air can thereby be channeled through the capture technology, where the carbon dioxide is bound to another material by a chemical process and can then be excreted. The system currently captures 15 tonnes of CO2 annually from Danica Pension 's 3,000 sqm office, which could eventually lead to capturing 8.5 million tonnes across all Danish properties annually – equal to the emissions from Denmark's entire transport sector by 2030. As Fosbøl noted, this technology isn't just about emissions reduction; it’s also about removing CO2 directly from the atmosphere—a critical step for addressing historical emissions. Read more on the Danish climate publication, Klimamonitor: https://lnkd.in/dHcw6kkN

Facts about our next system installation in Aarhus, Denmark: 🎯 LCA estimates a capture rate of 5 kgCO2/sqm. 🎯 Approximately 15 tCO2/a captured in the 3,000 sqm lease. 🎯 ~8.5M tCO2/a capture potential from total ~87M sqm of commercial properties and ~88M sqm of residential properties in Denmark. 🎯 The property is DGNB Gold certified. 🎯 The property contains recycled and reused materials such as ventilation ducts, cable trays, radiators and lighting fixtures that come from another Danica-owned office property. The initiative has been awarded the award “The Sustainable Element – The Solution Award” from Building Green for making a sustainable difference in the construction industry. Read more about the installation case here: https://lnkd.in/d_e9MtCU #SoletairPower #capturingCO2 #BICC

"The performance of our chemistry-based solution is affected by various factors, including ambient conditions, so if you don’t have reliable data, it’s hard to judge why those changes have occurred." https://lnkd.in/dd46rdfp

Could your office building help you cut Scope 3 emissions? Find out in this Podcast 🎙️ episode, where Scott Amyx talks with Soletair Power CEO Petri Laakso. https://lnkd.in/dnm2wxZk

Our Building-Integrated Carbon Capture (BICC) technology can help property owners comply with more building codes, earn credits, achieve certifications, and enhance values. The global building construction industry is a major contributor (nearly 40%) to carbon emissions. Building certifications offer a framework for assessing and optimizing a building’s environmental performance throughout its entire lifecycle, with a particular focus on reducing carbon emissions. Here’s how they contribute to a more sustainable building industry: Structured Approach: Certifications provide a clear roadmap for achieving sustainability goals, with established best practices. This allows developers to make informed decisions throughout the construction process. Third-Party Verification: The independent verification process ensures the building meets the stated sustainability criteria. This builds trust and transparency for tenants, buyers, and investors. Enhanced Marketability: Certified buildings are often more attractive to tenants and buyers who prioritize environmentally friendly spaces. This can lead to higher rental rates and property values. Innovation: Certifications encourage the development and implementation of innovative solutions for reducing a building’s carbon footprint. Learn about different building certifications here: https://lnkd.in/dExdAH8S

The state of play is clear: corporate occupiers must show proof of progress in their #commitment to operate more sustainably, and buildings need to catch up. Expected supply-demand imbalance in cities: ➡London: One of the most calibrated markets in terms of progressiveness among both occupiers and landlords, low carbon demand is expected to exceed supply by 35% by 2030. Currently, low carbon demands are impacting prime office space most acutely, but this is expected to scale rapidly. ➡Paris: Demand will outstrip supply by 54% by 2030, with momentum driven by regulation. France’s Décret Tertiaire mandates building owners to provide the central regulatory authority with energy consumption data. It imposes financial penalties if parties fail to meet publicly stated targets, and also publicizes their failure, creating a huge reputational driver. Data sharing is now standard practice, and owners and occupiers must cooperate to reduce energy consumption in their buildings. ➡New York: Similarly, regulation is quickly becoming the driving force, and an estimated 65% of demand will not be met by 2030. In January 2024, Local Law 97 (LL97) came into effect, placing emissions limits based on property type on most buildings over 25,000 square feet (~2,300 square meters) – with annual penalties of US$268 for every excess ton of emissions. While 86% of premium office buildings will comply with the 2024 emissions limit, only 4% will comply with the 2030 limit at current performance levels. Owners will look to pass the burden of the hefty fines or of compliance to tenants, forcing tenants to consider building performance in leasing decisions. ➡Sydney: Market demand and regulation are focused on energy-efficient, electrified stock. The National Australian Built Environment Rating System (NABERS), a performance-based rating system, has focused attention on energy-efficiency and electrification – or the removal of onsite fossil fuel sources (i.e., gas boilers) – earlier than most other markets, but securing clean power remains a challenge. As a result, demand in 2030 is likely to exceed supply by 84% as the proportion of all-electric buildings remains low. ℹ️ Source: https://lnkd.in/gbREthB2

Big companies pressuring small companies on emissions — we're seeing more and more of this. Amazon is pressuring² its “highest-emitting” suppliers (totaling 50% of supply chain emissions) to demonstrate how they will reduce their emissions. #Scope_3 is often responsible here. Scope 3 or value chain emissions¹ accounts for around 90% of the average business’s climate impact. Here companies can benefit from onsite emission reduction technologies. #BICC or Building-Integrated Carbon Capture technology can reduce buildings' emissions through direct CO2 capture and indirect energy consumption reduction. 🏢⚡ Operating in a net-zero commercial building equipped with Soletair Power BICC technology will help tenant companies reduce their Scope 3 emissions, easing their CSRD disclosures and enjoying benefits for being committed to decarbonizing. 🏢⚡✨☀️ ¹ https://lnkd.in/dXxEGrcs ² https://lnkd.in/dESWJpWX

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Product Development Engineer / Master Thesis Worker

Antti Paajanen

Anja Frada

Torsti Tenhunen

Chief Executive Officer (CEO), Partner

Cyril Bajamundi

Chief Technology Officer (CTO), Partner

Pasi Vainikka

Co-Founder

Ari Piispanen

Co-Founder, Sales Director, Partner

Rabius Sunny

Communications Lead

Jarno Kaakkunen

Chief Operating Officer

Timo Hakuli

Chief Mechanical Design Engineer

Eerik Lähdemäki

Power-to-X Expert

Machinery Manufacturing Companies (Top 10K)

Energy Companies With Less Than $1B in Revenue (Top 10K)

Companies With Fewer Than 10 Employees (Top 10K)

Energy Companies With Less Than $10M in Revenue (Top 10K)

Soletair Power is a Finnish startup founded in 2016, operating in the fields of Direct Air Capture and power-to-X technology. The company captures CO2 from the air by retrofitting buildings' ventilation systems with carbon capture technology, resulting in low building emissions. Captured carbon dioxide can be mineralized into concrete, stored as pressurized gas or liquid, transported, and used as raw materials to produce synthetic products. In 2020, Wärtsilä, together with Soletair Power and Q-Power, created their first enclosed Power-to-X unit in the world which can produce synthetic methane from air-captured CO2 straight from the Finland pavilion in Expo 2020 Dubai, United Arab Emirates. The company has delivered multiple carbon dioxide capturing units since then to Germany, Finland, and Denmark.

Venture Round - Soletair Power

Corporate Round - Soletair Power

Wartsila

Seed Round - Soletair Power

Lappeenranta

Southern Finland

Finland

Europe

Soletair Power on LinkedIn: #denmark #finland #directaircapture #capturingco2 #soletairpower #dac…

Soletair Power on LinkedIn: Koldioxid är ett gigantiskt problem – men också lösningen på framtidens…

Direct Air Carbon Capture Technology Market Growth Report ...

The ‘why’ and ‘how’ of carbon capture technology for buildings

The 'why' and 'how' of carbon capture technology for buildings ...

Carbon Capture Technology for Buildings

Top 20 Direct Air Capture Companies In 2023

A modular system that integrates with existing HVAC systems to capture up to 20 tons of CO2 per year, improving indoor air quality and reducing energy costs.

A plug-and-play modular device designed for outdoor installation to capture CO2 from the air, with a capacity of 21 kg/day and high purity levels.

A standalone device for small office rooms that temporarily captures CO2 during working hours to enhance productivity and well-being.

A compact unit demonstrated at Expo 2020 Dubai that captures CO2 and produces synthetic methane fuel, showcasing the potential of Power-to-X technology.

A consumer product that monitors the level of CO2 in a room and its potential impact on cognitive function scores.

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