CarpeCarbon
Developing Direct Air Capture (DAC) technology to remove CO₂ from ambient air using renewable energy and waste heat.
Website: https://carpecarbon.com/
Cover Block
Open sources
| Attribute | Details |
|---|---|
| Name | CarpeCarbon |
| Tagline | Developing Direct Air Capture (DAC) technology to remove CO₂ from ambient air using renewable energy and waste heat. |
| Headquarters | Turin, Italy |
| Founded | 2022 |
| Stage | Pre-Seed |
| Business Model | Other |
| Industry | Cleantech / Climatetech |
| Technology | Hardware |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Solo Founder |
| Funding Label | Pre-seed (total disclosed ~$1,900,000) |
Links
Open sources
- Website: https://carpecarbon.com/
- LinkedIn: https://www.linkedin.com/company/carpecarbon/
What an Investor Needs First
Open sources CarpeCarbon is developing a lower-cost, waste-heat-powered Direct Air Capture system, positioning itself as Italy's first dedicated DAC startup and aiming to address the technology's primary barrier to scale: energy consumption. Founded in Turin in 2022, the company's core proposition is a 'DAC 2.0' technology designed to integrate with existing industrial infrastructure, using otherwise wasted thermal energy to capture CO₂ at a claimed electrical energy requirement of less than 300 kWh per ton, which could translate to significant operating expense reductions [CarpeCarbon, retrieved 2026] [Perplexity Sonar Pro Brief, retrieved 2024]. The founding team, led by CEO Giuliano Antoniciello, is described as multidisciplinary, with backgrounds spanning physics, chemistry, and energy engineering, though detailed prior professional histories are not extensively documented in public sources [LinkedIn, retrieved 2024] [Tracxn, retrieved 2024].
The company validated its initial technical concept with a €1.75 million (estimated $1.9M) pre-seed round in November 2023, led by a consortium of Italian climate-tech and regional funds including Tech4Planet (CDP Venture Capital), 360 Capital, and Club degli Investitori [CDP Venture Capital, November 2023]. Its business model targets two revenue streams: selling verified carbon removal credits and providing carbon-negative CO₂ for industrial use in sectors like sustainable aviation fuel and construction materials. The critical near-term milestone is the construction of its first pilot plant, slated to begin in late 2024 with a target capacity of just under a thousand tons of CO₂ per year, which will serve as the primary proof point for its cost and performance claims [Perplexity Sonar Pro Brief, retrieved 2024]. Over the next 12-18 months, investor attention should focus on the plant's commissioning, the publication of third-party performance data, and the announcement of its first commercial offtake agreements for credits or CO₂. Partially corroborated -- Core company facts and funding are confirmed; key performance claims are sourced from company materials or a single aggregated research brief.
Taxonomy Snapshot
| Axis | Classification |
|---|---|
| Stage | Pre-Seed |
| Business Model | Other |
| Industry / Vertical | Cleantech / Climatetech |
| Technology Type | Hardware |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Solo Founder |
| Funding | Pre-seed (total disclosed ~$1,900,000) |
Inside the Company
Open sources
CarpeCarbon was founded in 2022 in Turin, Italy, with the explicit aim of developing a new generation of Direct Air Capture technology [CarpeCarbon, retrieved 2026]. The company's public narrative frames its origin as a response to the high energy demands of first-generation DAC systems, positioning its approach as a more sustainable and economically viable alternative by leveraging waste heat [CarpeCarbon, retrieved 2026]. The founding team, led by Giuliano Antoniciello as CEO, established the company to build Italy's first dedicated DAC plant [CDP Venture Capital, November 2023].
A key early milestone was the completion of a €1.75 million (approximately $1.9 million) pre-seed funding round in November 2023 [CDP Venture Capital, November 2023]. This round was led by Tech4Planet, a national technology transfer center, and included participation from 360 Capital, Club degli Investitori, and the PiemonteNext fund [CDP Venture Capital, November 2023]. The capital was earmarked to advance the company's technology development and begin the design and construction of its inaugural pilot facility [ToTeM, retrieved 2026].
Public announcements indicate the company is progressing toward this goal, with plans to build its first plant in Piedmont, targeting an operational start in the summer of 2026 [Carbon Herald, retrieved 2026]. The initial plant is designed to capture just under a thousand tons of CO₂ annually [ToTeM, retrieved 2026].
Verified against public records -- Confirmed by company website, investor press release, and regional news coverage.
Under the Hood
Reported and inferred
CarpeCarbon's product is a Direct Air Capture unit designed to extract carbon dioxide directly from ambient air. The company's public positioning emphasizes a fundamental shift in the energy economics of the process, which has historically been a primary barrier to commercial viability [CarpeCarbon, retrieved 2026]. Its technology, described as 'DAC 2.0,' is engineered to operate on renewable energy and, critically, to use waste heat from existing industrial infrastructure [Forest Valley, retrieved 2026]. This integration aims to drastically reduce the system's electrical energy demand, a claim quantified by the company as requiring less than 300 kilowatt-hours per ton of CO₂ captured [PUBLIC]. The units are marketed as plug-and-play and non-intrusive, intended to be installed at industrial sites without disrupting ongoing production cycles [Forest Valley, retrieved 2026].
The output of the system serves two primary commercial pathways. First, the captured CO₂ can be permanently sequestered, typically through underground mineralization, to generate verified carbon removal credits for sale on voluntary carbon markets [CarpeCarbon, retrieved 2026]. Second, the company proposes supplying carbon-negative CO₂ as a feedstock for industrial applications. Cited potential use cases include the production of synthetic aviation fuels, pharmaceuticals, and carbonated beverages, positioning the captured gas as a physical commodity rather than just an environmental offset [CDP Venture Capital, November 2023]. The company's initial commercial-scale validation is its planned pilot plant in Italy, which is designed to capture just under a thousand tons of CO₂ annually and convert it into inert rock [PUBLIC].
CarpeCarbon's strategic wedge rests on its claimed operational cost advantage, which it attributes to its waste-heat utilization architecture. Public materials state the technology aims to cut the energy demands of DAC by 90% [CarpeCarbon, retrieved 2026], a figure that aligns with broader claims of up to a 90% reduction in operating expenses compared to competitors [PRIVATE]. While the core adsorption/desorption process chemistry is not detailed in public sources, the company's team composition,described as multidisciplinary, spanning physics, chemistry, and geology [LinkedIn, retrieved 2024],suggests a focus on the material science and systems engineering required to optimize capture efficiency and energy integration at an industrial site.
Partially corroborated -- Core product claims are consistent across the company website and investor press releases, but specific performance metrics (kWh/ton, OPEX reduction) lack independent, third-party verification.
Market Research
Open sources The market for durable carbon dioxide removal (CDR) is transitioning from a niche scientific endeavor to a recognized component of corporate and national net-zero strategies, creating a new asset class for climate capital. While CarpeCarbon operates in the direct air capture (DAC) segment, its commercial viability is tied to the broader demand for high-quality, verifiable carbon removal credits and the industrial offtake for carbon-negative CO₂.
Quantifying the total addressable market for DAC is challenging due to its nascency, but third-party reports provide analogous sizing for the carbon removal sector. According to a report cited by the European Commission, the global market for carbon capture, utilization, and storage (CCUS) is projected to reach €45 billion annually by 2050 [European Commission]. While this figure encompasses a wider range of technologies, it signals the scale of capital deployment anticipated for solutions that can permanently sequester CO₂. More specific to the removal credit market, analysis from BloombergNEF suggests demand for carbon removal credits could grow from a few million tons today to over a billion tons annually by mid-century, with prices for durable removal currently ranging from $200 to over $1,000 per ton [BloombergNEF].
| Metric | Value |
|---|---|
| Projected CCUS Market (2050) | 45 €B |
| Carbon Removal Credit Price Range (Current) | 200 $/ton |
| Carbon Removal Credit Price Range (Current) | 1000 $/ton |
The chart illustrates the long-term financial scale of the sector and the current premium pricing for durable removal, which underpins the unit economics for DAC technologies. CarpeCarbon's claim of sub-300 kWh per ton energy consumption directly targets the largest operational cost component, aiming to secure a position in the lower end of this price range.
Demand is driven by a confluence of corporate and policy forces. On the corporate side, the Science Based Targets initiative (SBTi) and frameworks like the Voluntary Carbon Markets Integrity Initiative (VCMI) are pushing companies beyond simple emission reductions to invest in neutralization for residual emissions [SBTi]. This is creating a tangible pipeline of pre-purchase agreements, often called offtakes, from major technology and financial firms. Concurrently, regulatory tailwinds are strengthening. The European Union's Carbon Removal Certification Framework (CRCF), proposed in 2022, aims to establish a trusted EU-wide system for certifying carbon removals, which would provide much-needed standardization and credibility for technologies like DAC [European Parliament]. National strategies, such as the U.S. Department of Energy's Carbon Negative Shot initiative with funding from the Inflation Reduction Act, demonstrate significant public capital is being mobilized to bring down the cost of CDR [U.S. Department of Energy].
Adjacent and substitute markets present both competition and potential synergy. Nature-based solutions, such as reforestation and soil carbon sequestration, currently command the majority of the voluntary carbon market due to lower costs but face challenges with permanence and verification [Ecosystem Marketplace]. Engineered solutions like point-source carbon capture at industrial facilities (CCS) address emission streams but not historical atmospheric CO₂. DAC's primary substitute in the durable removal category is enhanced rock weathering, which accelerates natural mineralization processes. The key differentiator for DAC, and CarpeCarbon's specific wedge, is its potential for precise measurement, verifiable storage, and its non-intrusive, siting flexibility near waste heat sources, avoiding the land-use constraints of some alternatives.
Partially corroborated -- Market sizing figures are drawn from third-party analyst reports and policy documents, providing a directional view, but specific TAM/SAM/SOM for the Italian or European DAC sub-segment is not publicly quantified.
Competition and Substitutes
Reported and inferred
CarpeCarbon enters a Direct Air Capture market defined by a handful of established, well-funded players and a growing cohort of challengers aiming to solve the sector's primary constraint: energy intensity and cost.
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| CarpeCarbon | Low-energy, waste-heat-integrated DAC units for industrial sites. | Pre-seed, ~$1.9M (2023) | Claims <300 kWh/ton electrical requirement, plug-and-play integration using existing industrial waste heat. | [CarpeCarbon, 2026], [Forest Valley, 2026] |
| Climeworks | Global incumbent, operates large-scale commercial DAC plants. | Later stage, >$800M raised. | First-mover with operational facilities (Orca, Mammoth), long-term offtake agreements with Microsoft, Stripe. | [Crunchbase] |
| Greenlyte Carbon Technologies | European DAC startup focusing on liquid sorbent process. | Early stage, €10.5M seed (2023). | Patented liquid sorbent technology aiming for low-temperature regeneration and high purity CO₂ output. | [Crunchbase] |
| NeoCarbon | Berlin-based DAC startup retrofitting cooling towers. | Early stage, €1.2M pre-seed (2023). | Leverages existing industrial cooling tower infrastructure to reduce capital expenditure and energy needs. | [Crunchbase] |
| Octavia Carbon | Kenyan DAC startup leveraging geothermal energy. | Early stage, $1M pre-seed (2023). | Co-locates with abundant, low-cost geothermal renewable energy in the Rift Valley. | [Crunchbase] |
| Capsol Technologies | Provider of post-combustion carbon capture solutions. | Public company (Oslo Børs). | Focus on point-source capture from industrial flue gases, not ambient air (adjacent substitute). | [Crunchbase] |
The competitive map splits into three primary segments. First, the high-capital, utility-scale incumbents like Climeworks and Carbon Engineering (acquired by Occidental) are building megaton-capacity plants, competing on long-term corporate offtake contracts and technological maturity. Second, a wave of capital-efficient challengers, including CarpeCarbon, Greenlyte, NeoCarbon, and Octavia Carbon, are pursuing novel architectures to drastically reduce the Levelized Cost of Carbon Removal (LCCR). Their strategies diverge: Greenlyte bets on a new sorbent chemistry, NeoCarbon on retrofitting infrastructure, Octavia on optimal renewable energy siting, and CarpeCarbon on waste heat integration. Third, adjacent substitutes include point-source capture specialists like Capsol Technologies and Aker Carbon Capture, which address emissions at the smokestack, a different but often competing budget line for industrial decarbonization.
CarpeCarbon's claimed edge today is technical and operational, resting on its specific energy profile and integration model. The company asserts its process requires less than 300 kilowatt-hours of electrical energy per ton of CO₂ captured, a figure it claims can lead to a 90% reduction in operating expenses compared to conventional DAC [Perplexity Sonar Pro Brief, retrieved 2024]. This edge is tied to the use of low-grade waste heat from industrial processes, a resource that is otherwise vented and free at the margin. The defensibility of this edge is perishable, however, as it depends on securing exclusive partnerships or intellectual property around the heat exchanger and sorbent regeneration cycle. Other competitors are also targeting waste heat or low-energy pathways. The durability will be tested by the performance of its first pilot plant and any patents filed around its specific integration method.
The company's most significant exposure is to competitors that have already secured anchor customers and are moving faster down the cost curve. Climeworks' commercial head start and massive funding provide it with scale advantages in procurement, engineering, and crucially, sales channel development for carbon removal credits. CarpeCarbon has not yet disclosed named commercial offtake agreements or industrial partners, placing it behind in validating its business model. Furthermore, its focus on integrating into complex industrial sites could lengthen sales cycles and deployment timelines compared to competitors like Octavia Carbon, which builds on greenfield sites with dedicated renewable energy.
The most plausible 18-month scenario will see the field bifurcate between teams that successfully commission their first meaningful pilot plants and those that stall. A winner will emerge if CarpeCarbon can inaugurate its planned Italian plant in summer 2026 as stated, demonstrate its sub-300 kWh/ton performance with third-party verification, and announce a binding offtake agreement with a regional industrial partner [ToTeM, retrieved 2026]. A loser in this timeframe would be any challenger that fails to move from lab-scale claims to field data, as investor patience for pre-revenue, pre-pilot hardware climatetech may shorten. For CarpeCarbon, the risk is that the complexity of securing a host site, permits, and waste heat integration proves more time-consuming than for a competitor building a standalone, renewable-powered unit.
Partially corroborated -- Competitor stages and differentiators are sourced from Crunchbase profiles and public announcements. CarpeCarbon's specific energy and OPEX claims are sourced from a single aggregated research brief and the company's own website, lacking independent verification.
Opportunity
Open sources
If CarpeCarbon can deliver on its core technical promise, the prize is a foundational role in a multi-trillion-dollar global carbon removal market, built on a cost structure that could make atmospheric CO₂ a commercially viable feedstock.
The headline opportunity is to become the low-cost, infrastructure-native provider of carbon removal, leveraging Italy's industrial base as a launchpad. The company is not aiming to be the largest standalone DAC facility, but rather the first to deeply integrate capture into existing industrial sites at a compelling unit cost. Evidence that this outcome is reachable, not merely aspirational, includes the formal backing from Italy's national technology transfer and venture arms, which signals a strategic alignment with national industrial policy [CDP Venture Capital, November 2023]. Furthermore, the company's stated focus on using waste heat,a resource that is abundant, often untapped, and geographically fixed,creates a natural wedge into heavy industry, providing an operational advantage that is difficult for competitors reliant on grid power to replicate.
Several concrete paths could propel the company from a pilot project to massive scale. Each depends on validating a different aspect of its business model.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Industrial Anchor Tenant | CarpeCarbon's units become a standard emissions-reduction retrofit for Italy's energy-intensive manufacturing sector (e.g., steel, cement, chemicals). | Successful operation of the first pilot plant in Piedmont, proving reliability and generating verified carbon credits [Carbon Herald, retrieved 2026]. | Italy has a dense concentration of mid-sized industrial firms subject to EU carbon pricing; a proven, low-capex solution that monetizes waste heat directly addresses a pain point. |
| Carbon Credit Platform | The company evolves from a hardware provider to a vertically integrated carbon removal developer, owning a portfolio of distributed DAC sites and selling credits directly to corporate buyers. | Securing a forward purchase agreement (FPA) for credits from a major corporate, providing non-dilutive capital to fund replication [Forest Valley, retrieved 2026]. | The voluntary carbon market is actively seeking high-durability removal solutions; CarpeCarbon's claimed 90% OPEX reduction, if verified, would position its credits as a low-cost benchmark [Perplexity Sonar Pro Brief, retrieved 2024]. |
| Technology Licensor | The core IP around low-energy sorbent regeneration and heat integration is licensed to global engineering firms for deployment outside Italy. | Partnership with a major plant engineering or oil & gas services company to co-develop larger-scale systems. | The technology's design principle,integration with industrial infrastructure,is globally applicable; licensing capitalizes on R&D while mitigating deployment capital risk. |
Compounding for CarpeCarbon would manifest as a cost and data flywheel. Each deployed unit generates real-world performance data on sorbent longevity and energy optimization under varying industrial conditions. This proprietary dataset would inform iterative hardware and process improvements, driving down levelized cost per ton. Lower costs, in turn, expand the addressable market to lower-margin industrial applications and increase the competitiveness of its carbon credits. Early signs of this flywheel are not yet public, but the mechanism is inherent to the hardware-as-a-service model the company describes.
Quantifying the size of the win requires a credible comparable. Public DAC pure-play Climeworks was valued at approximately $2 billion following its 2022 funding round, based on its pipeline of multi-year carbon removal purchase agreements [Bloomberg, 2022]. A scenario where CarpeCarbon successfully licenses its technology or deploys a network of several hundred units could support a valuation in the high hundreds of millions, assuming it captures a portion of the European industrial decarbonization market. This represents a scenario, not a forecast, but it anchors the potential upside in observable market activity.
Partially corroborated -- The opportunity framing is based on cited company claims and market context; specific growth scenarios are plausible extrapolations but lack public validation through customer announcements.
Sources
Open sources
[CarpeCarbon, retrieved 2026] CarpeCarbon | Direct Air Capture | https://carpecarbon.com/
[CarpeCarbon, retrieved 2026] News & Events - CarpeCarbon | https://carpecarbon.com/news-events/
[CDP Venture Capital, November 2023] Carpe Carbon, la startup che cattura la CO2 dall'aria, ottiene 1,765 milioni di euro in un round pre-seed | https://www.cdpventurecapital.it/en/news/carpe-carbon-la-startup-che-cattura-la-co2-dallaria-ottiene-1765-milioni-di-euro-in-un-round-pre-seed/
[Forest Valley, retrieved 2026] CarpeCarbon | https://www.forestvalley.co/companies/carpecarbon
[LinkedIn, retrieved 2024] In Carpe Carbon, every element of our team counts: we are a… | https://www.linkedin.com/posts/carpecarbon_in-carpe-carbon-every-element-of-our-team-activity-7141444295521202177-F-ij
[Tracxn, retrieved 2024] Carpe - 2026 Company Profile, Team, Funding & Competitors - Tracxn | https://tracxn.com/d/companies/carpe/__YwIMcfsi--ypTvui_bv1Jspwjp3YJ2JZvaiAYFgdC1M
[Perplexity Sonar Pro Brief, retrieved 2024] CarpeCarbon Brief | (Aggregated research brief; primary sources cited within)
[ToTeM, retrieved 2026] CarpeCarbon is building Italy's first plant to capture carbon dioxide directly from the air | https://www.totem.torino.it/en/news/carpecarbon-is-building-italys-first-plant-to-capture-carbon-dioxide-directly-from-the-air
[Carbon Herald, retrieved 2026] CarpeCarbon Plans To Design The First Italian DAC Plant In Piedmont | https://carbonherald.com/carpecarbon-plans-to-design-the-first-italian-dac-plant-in-piedmont/
[Crunchbase, retrieved 2026] CarpeCarbon - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/carpecarbon
[European Commission] A New Industrial Age: The Advanced Materials for Industrial Leadership Strategy | https://single-market-economy.ec.europa.eu/publications/new-industrial-age-advanced-materials-industrial-leadership-strategy_en
[BloombergNEF] Long-Term Carbon Removal Outlook 2023 | https://about.bnef.com/blog/long-term-carbon-removal-outlook-2023/
[SBTi] Science Based Targets Initiative | https://sciencebasedtargets.org/
[European Parliament] Carbon removal certification: MEPs adopt draft position | https://www.europarl.europa.eu/news/en/press-room/20240308IPR19012/carbon-removal-certification-meps-adopt-draft-position
[U.S. Department of Energy] Carbon Negative Shot | https://www.energy.gov/fecm/carbon-negative-shot
[Ecosystem Marketplace] State of the Voluntary Carbon Markets 2023 | https://www.ecosystemmarketplace.com/publications/state-of-the-voluntary-carbon-markets-2023/
[Bloomberg, 2022] Climeworks Is Now Worth $2 Billion in Green Wave | https://www.bloomberg.com/news/articles/2022-04-05/climeworks-is-now-worth-2-billion-in-green-wave
Articles about CarpeCarbon
- CarpeCarbon's First Italian DAC Plant Runs on Waste Heat, Not Just Megawatts — The Turin-based startup raised €1.75 million to build a sub-1,000 ton per year pilot, betting its plug-and-play units can cut capture costs by 90%.