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Introduction
A new wave of climate technology is emerging, one that doesn’t just capture carbon from the air but also creates clean water at the same time. Avnos, a California based carbon removal startup, has just secured a 17 million project finance commitment from Shell and Mitsubishi Corporation. Their goal is bold. Build a first of its kind commercial demonstration plant that can pull carbon dioxide out of the atmosphere while producing water in the process. It represents a critical moment for climate tech and the direct air capture sector. This is happening during a difficult funding climate, proving that some innovations are simply too valuable to ignore.
Summary Of The Original
Avnos has secured 17 million in project financing from Shell and Mitsubishi to build what it calls a commercial demonstration facility. The company claims its technology can remove carbon dioxide from the atmosphere while simultaneously harvesting water. Unlike traditional direct air capture systems that rely on heat to release the carbon captured in sorbents, Avnos uses what it calls a moisture swing process. Water triggers the release of CO₂ in a way that uses much less energy.
The company says the new project, known as Project Cedar, is expected to remove around 3,000 tons of carbon dioxide a year and create around 6,000 tons of clean water annually. While Avnos has not yet disclosed the exact location of the new plant, the company states the facility should be online by the end of 2026.
CEO Will Kain stated that this project helps the company move toward large scale plants in the 50,000 to 100,000 tons per year range. Avnos believes these will eventually hit a cost below 250 dollars per ton and could reach below 100 dollars per ton, a highly competitive cost target in the direct air capture space.
The company has already built a smaller demonstration system in New Jersey capable of handling 450 tons per year, supported by the Office of Naval Research. A separate pilot project in California, backed by the Department of Energy, has been operating since 2023.
In total, Avnos has raised more than 100 million in funding, including its earlier 36 million Series A round led by NextEra Energy. Investors include Shell Ventures, Safran Corporate Ventures, Envisioning Partners and Rusheen Capital Management.
Avnos believes its technology may benefit sectors outside of carbon removal, including the booming artificial intelligence data center industry. Data centers require both large amounts of water and methods to offset carbon. According to the CEO, Avnos can integrate efficiently with their cooling and environmental offset needs.
What Undercode Say:
Avnos is entering the climate race at a strategically perfect moment. Governments and corporations are under growing pressure to reach net zero and the world still lacks viable solutions that scale fast enough to matter. Carbon removal remains controversial, but this technology attempts to address two resource problems at once. Carbon dioxide reduction and water scarcity.
The core innovation is the moisture swing process. Traditional direct air capture requires significant heating to release carbon. Heat is expensive. So far, most DAC companies have struggled with high energy bills that make scaling financially unrealistic. By using water to isolate the captured carbon instead of heat, Avnos reduces energy demand. Less energy means lower cost per ton removed. Lower costs unlock commercial adoption.
Project Cedar’s annual removal number, 3,000 tons, is tiny in the global context. Humanity emits more than 35 billion tons each year. Yet early projects are not about matching planetary emissions today. They exist to prove efficiency, collect performance data and reduce the learning curve. Solar power went through this exact path. The first solar panels were expensive and inefficient. Then came investment, iteration and scale. Now solar is one of the cheapest energy sources on Earth.
Funding from Shell and Mitsubishi signals something bigger. The oil and gas majors are no longer just watching decarbonization. They are positioning themselves to own pieces of it. Even if it appears contradictory, they understand that carbon removal may eventually become a trillion dollar market. Investors do not chase small opportunities. They chase future monopolies.
The standout part of the story is water production. Data centers, especially those supporting artificial intelligence workloads, are facing huge water shortages. Cities like Phoenix, Las Vegas and parts of Texas are struggling to meet demand. If Avnos can remove carbon and produce water for cooling, they become an infrastructure partner, not just a climate vendor. That expands their market beyond environmental subsidies. It enters the profit driven industrial sector.
But challenges remain. The company has not announced the location of Project Cedar, and permitting for new industrial facilities can take years. A target of less than 100 dollars per ton sounds exciting, but cost projections often collapse under real world conditions. This will come down to execution, energy sourcing and logistics.
Still, there is momentum here. Government grants, pilot projects and early unit economics show that Avnos is not just a research project. It is building a business case. In a market where most climate tech struggles to move beyond prototype phase, Avnos is building hardware, raising funding and securing commercial partnerships. That puts them in rare company.
If they can scale and hit their cost targets, Avnos may define the blueprint for next generation direct air capture. A blueprint that uses less energy, requires less infrastructure and offers a valuable byproduct. Water.
Fact Checker Results
✅ Funding from Shell and Mitsubishi Corp. is confirmed by the company and reported by Axios.
✅ Project Cedar expects to remove 3,000 tons of CO₂ and produce 6,000 tons of water per year according to Avnos statements.
❌ No public site location has been disclosed yet for the new plant.
Prediction
🌱 Avnos will likely secure more corporate partnerships once Project Cedar goes live.
💧 Water producing carbon capture units will be especially attractive to AI data centers and drought prone regions.
📈 If Avnos reaches below 100 dollars per ton removal cost, the company will become one of the strongest players in the carbon removal market.
🕵️📝✔️Let’s dive deep and fact‑check.
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Reported By: axioscom_1762438894
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