Stop wasting renewable energy. Use it to capture CO2 from the air.
Leverage surplus renewable energy to power Direct Air Capture (DAC) technologies that remove CO2 from the atmosphere. Learn how capturing excess wind and solar energy can reduce curtailment, support decarbonization, and address critical CO2 shortages in industries like food, beverage, and agriculture.
Stop wasting renewable energy. Use it to capture CO2 from the air.
Leverage surplus renewable energy to power Direct Air Capture (DAC) technologies that remove CO2 from the atmosphere. Learn how capturing excess wind and solar energy can reduce curtailment, support decarbonization, and address critical CO2 shortages in industries like food, beverage, and agriculture.
The Future of Construction: From Carbon-Intensive to Carbon-Negative
In our latest blog, read more about the range of novel technologies and practices offering promising pathways to transform the construction industry from carbon-intensive to carbon-negative.
CO2 Supply Shortage: Unpacking the Crisis and Exploring Potential Solutions
In our latest blog, we explore the current CO2 shortages across the globe and what are the root causes of these. We unpack the issues facing those with CO2 needs and share potential solutions, such as Direct Air Capture.
How DAC differs from traditional carbon capture, its versatile applications, scalable design, potential for carbon neutrality, and economic feasibility.
US Industrial Emissions Becoming Largest Source of GHG Emissions by 2033
In this blog, Skytree delves into the latest report from the Rhodium Group which shares that Industrial Emissions in the US will be the largest source of greenhouse gas emissions by 2033.
In May and June of this year, Skytree took its place at two important industry events: Carbon Unbound East Coast and Carbon Capture Summit Europe, two of the fastest-growing carbon removal events bringing together technology providers, storage companies, project developers, consultants, and government officials.
Commercial Success of CO2 Direct Air Capture Technology Will Hinge on Reutilization
In this blog, Skytree's CEO Rob van Straten shares insights on the future commercial success of Direct Air Capture technology, and why reutilization is key.
Confused about carbon capture or the terminology behind it?
It’s commonly talked about as an emerging technology that will be instrumental to achieving net zero - but there’s a lot to understand and a lot of acronyms. Check out our DACtionary of terms.
Skytree joined the global leaders in the Direct Air Capture ecosystem at the inaugural Global Direct Air Capture Conference in New York to discuss how best to responsibly accelerate the development and advancement of DAC technology.
Vertical Farms: Incorporating CO2 supply into life cycle assessments
For vertical farms eager to have a positive overall impact, sourcing CO2 from the fossil fuel industry not only has the capacity to add to the climate change problem, it can also diminish the shine of a Life Cycle Assessment (LCA).
Amid Growing CO2 Supply Issues, Interest and Enthusiasm for DAC on Display at Recent Events
Members of the global agricultural innovation ecosystem gathered at two prominent industry events in recent weeks to learn about latest trends, best practices, and new technologies in the controlled environment agriculture and greenhouse growing industries. Skytree was present at both events - Indoor Agtech and Cultivate Ohio.
What are DAC and CCUS and how can they combat climate change?
The reality of climate change – extreme weather, droughts and food shortages – is affecting billions of people globally sparking environmentally conscious initiatives, from recycling to saving energy and driving electric vehicles.
But why does it feel like the prognosis for our planet is not improving?
How DAC recycles CO2 and supports the Circular Economy
Learn about circularity, a sustainable economic model, and its role in recycling resources like CO2 to protect the planet and promote responsible economic progress. Skytree's decentralized direct air capture technology supports circularity by recycling CO2, ensuring a secure supply for various industries and reducing carbon emissions in the atmosphere. Discover how circularity aligns with the Donut Economic Model and how recycling CO2 can help combat climate change while meeting industrial needs.
Not because it’s easy | Standing up to climate apathy
Join the urgent call for bold action on climate change, as Skytree's founder emphasizes the need for quick and drastic measures to combat the crisis. Discover the importance of embracing sustainability and positive outcomes to protect our planet's future.
Uncover 10 intriguing facts about direct air capture (DAC), revealing its versatility in combating carbon emissions. Learn how DAC can be carbon-neutral, scalable, and operate sustainably with renewable energy sources.
How decentralized DAC can fast track onsite carbon capture
The world is becoming decentralized. From energy to finance, new smarter and secure technologies are challenging established systems because it gives individuals and organizations quicker ways to create value for the world, helping change people’s behavior in the way we operate our everyday lives.
Experience team-building like never before with Skytree in Amsterdam's forest! Watch the adventurous day of climbing, ziplining, and more in this exciting video. Join us for the next thrilling outing at Fun Forest Amsterdam.
Skytree's love for trees takes shape with Skyforest, our partnership with Mossy Earth. Since June 2020, we've been supporting the planting of over 600 trees per year in Romania's Southern Carpathian mountains, helping reforest one of Europe's last wildernesses. Join our mission to make a positive impact on carbon capture and wildlife conservation. Learn more about our exciting partnership and see the GPS location of our Skyforest.
Direct Air Capture (DAC) is a groundbreaking and innovative technology that directly captures carbon dioxide (CO2) from ambient air. This pioneering technology is a beacon of hope in the fight against climate change, reducing CO2, a major greenhouse gas, in the atmosphere. The captured carbon will be utilized in various industrial processes, presenting a sustainable and circular approach to carbon management.
Complex problems need innovative solutions
The global challenge of climate change demands creative and effective solutions. Direct Air Capture technology emerges as a powerful tool in this regard. DAC removes CO2 from the air. It helps cut the carbon footprint of every-day products. It supports a shift to a more sustainable future. This technology provides a steady, reliable supply of usable CO2. It enables industries to reduce their reliance on fossil fuels.
Recycle CO2, redefine operations
DAC is more than a carbon capture solution. It is a new way to manage CO2 supplies. By harnessing atmospheric CO2, businesses can establish a cleaner, circular carbon supply chain. It ensures a steady, sustainable CO2 source and supports global efforts to cut greenhouse gas emissions.
Direct Air Capture: the game changer for your supply chain
At the forefront of this technological revolution is our advanced DAC system. We've developed a DAC system that captures CO2 on-site, giving you unparalleled control over your CO2 supply. This on-site capture capability streamlines operations, shortens supply chains, reduces environmental impact and puts you in the driver's seat of your sustainability efforts.
The three-step DAC process
The Direct Air Capture process involves three main steps: adsorption, desorption, and release.
1. Adsorption
In the first step, a specially designed filter captures CO2 from the air. This filter will trap CO2 while letting other air components pass. This process concentrates the CO2 from the air, making it available for the next stage.
2. Desorption
Once the CO2 is captured, the sorbent material containing the CO2 is heated. This heating process, known as desorption, releases the captured CO2 from the sorbent. The desorbed CO2 will be collected and processed further.
3. Release
In the final step, the CO2 is delivered as a compressed gas stream. Depending on the requirements, the CO2 is supplied at various purity levels or even in liquid form. This versatility allows for many uses of the captured CO2, such as in the production of carbonated beverages, in greenhouses to enhance plant growth, or in industrial processes like chemical manufacturing and carbon sequestration.
The future of Direct Air Capture
The potential applications and benefits expand as we continue to develop and refine DAC technology. DAC is at the forefront of climate innovation. It supports carbon-neutral fuels and carbon negative products. We extract CO2 straight from the air, forging a sustainable future ahead.
Direct Air Capture technology significantly advances our fight against climate change. DAC captures CO2 from the air and makes it usable. It supports a circular carbon economy and reduces our reliance on fossil fuels. DAC technology has a modular, scalable design. Tailor it to meet the needs of any business. It provides a reliable, sustainable CO2 supply. Embracing this tech helps the environment and industry. It paves the way for a greener future.
A solution to fit your needs - the Skytree difference
Our Direct Air Capture systems are not one-size-fits-all, they are modular and adaptable to your unique needs. We understand that CO2 requirements vary by industry, and our systems will be scaled up or down to meet your business's specific needs. Our Direct Air Capture units will be tailored to provide a small or large, continuous supply of CO2 to meet your needs.
Custom-crafted CO2
Our innovative Direct Air Capture technology allows you to generate the precise amount of CO2 you need, exactly when and where you need it. This flexibility improves your operations' reliability and ease and cuts CO2 transport and emissions. It also comes with a storage unit, so you can capture your CO2 now and use it later.
Our DAC technology is a decentralized and customizable solution. It helps businesses meet their sustainability goals while staying efficient. This approach enables the planet and saves money. It cuts reliance on CO2 sources and lowers logistics costs.
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