Discover whether your industrial facility qualifies for small-scale DAC incentives and how point-source capture could unlock substantial federal tax credits.
August 14, 2026
Direct air capture technology has transitioned from experimental to investment-ready over the past few years, and the federal government is making it increasingly accessible to facilities of all sizes. If you manage an industrial operation, warehouse, manufacturing plant, or even a mid-sized commercial facility, you may already be sitting on an opportunity to deploy small-scale direct air capture (DAC) systems while earning meaningful federal tax credits. This article walks you through what small-scale DAC eligibility means, how industrial applications differ from utility-scale projects, and what your facility needs to qualify.
Direct air capture is a technology that removes carbon dioxide directly from the ambient air using chemical solvents or solid sorbents, then either stores that CO2 permanently underground or uses it in products and processes. When most people hear "direct air capture," they imagine massive industrial plants the size of power stations. In reality, DAC exists on a spectrum, and small-scale systems are becoming increasingly viable for facilities that want to reduce their carbon footprint while capturing financial incentives.
The distinction between small-scale and utility-scale DAC matters enormously for your eligibility. Utility-scale facilities typically capture thousands of tons of CO2 annually and require dedicated, purpose-built infrastructure. Small-scale DAC, by contrast, can be integrated into existing facility operations, retrofitted into exhaust streams, or deployed as modular systems. A small-scale DAC system might capture between 100 and 10,000 tons of CO2 per year, depending on your facility's size, operations, and the specific technology deployed.
The most significant incentive for DAC deployment comes from the 45Q tax credit, which was substantially enhanced under the Inflation Reduction Act (IRA) signed into law in 2022. Under current rules, facilities that deploy DAC and permanently store the captured CO2 in geological formations can claim a tax credit of up to $180 per metric ton of CO2 removed and stored. This credit increases annually for inflation, meaning the value to your facility grows year over year.
To put this in concrete terms, if your facility deploys a small-scale DAC system that captures 2,000 tons of CO2 annually and stores it permanently, you could generate $360,000 in annual tax credits. Even a modest system capturing 500 tons annually could generate $90,000 in credits. These are not rebates or grants that require lengthy application processes—they are direct tax credits that reduce your federal income tax liability dollar for dollar.
The IRA also introduced flexibility in how DAC systems can be configured. Previously, the tax credit was only available for DAC capturing ambient air. Now, there is growing discussion in policy circles about point-source direct air capture, which captures CO2 directly from industrial exhaust streams. This distinction is crucial for facility managers because point-source capture may be more efficient and cost-effective than capturing from ambient air, particularly if your facility already generates concentrated CO2 streams.
Point-source direct air capture targets CO2 in your facility's exhaust streams before it enters the atmosphere. This is fundamentally different from ambient air capture and offers several advantages for industrial operators. First, capturing CO2 where it is most concentrated requires less energy and smaller equipment than pulling it from ambient air, where CO2 concentrations are around 400 parts per million. Second, point-source systems can be integrated directly into your existing operations with minimal disruption. Third, the cost per ton of CO2 captured is typically lower for point-source systems, which improves the return on your investment.
Industrial facilities with significant exhaust streams are the natural candidates for point-source DAC. This includes cement and concrete production facilities, steel mills, chemical manufacturing plants, food processing operations, waste management facilities with biogas streams, and even some data centers with high heat output. If your facility operates any process that generates a concentrated CO2 stream, point-source DAC warrants serious evaluation.
The tax credit eligibility for point-source systems remains consistent with ambient air capture at $180 per ton for permanent geological storage, though regulatory frameworks around point-source capture continue to evolve. The advantage lies not in a higher credit but in achieving the same credit more cost-effectively, which improves your project's financial viability.
Several factors determine whether small-scale DAC makes sense for your specific operation. First, assess your CO2 generation. If your facility produces any significant CO2—whether through combustion, decomposition, fermentation, or chemical processes—you are a candidate. Industrial and commercial operations with annual CO2 emissions above 100 tons are typically viable targets, though smaller facilities may still qualify depending on local incentives and technology costs.
Second, consider your access to permanent storage. The 45Q credit requires that captured CO2 be stored permanently in geological formations. This typically means deep saline formations, depleted oil and gas reservoirs, or similar geological structures. Most regions of the United States have identified storage capacity, though proximity and transport costs vary. If you are located near established CO2 storage infrastructure or have the ability to inject CO2 into your own subsurface resources, your project economics improve substantially.
Third, evaluate your facility's operational profile. Systems that run continuously or near-continuously are more cost-effective than those with variable operations. Manufacturing plants, food processing facilities, and waste treatment operations often have stable, predictable CO2 generation patterns that make them ideal candidates.
Fourth, examine your facility's capital availability and tax position. The 45Q credit is valuable only if your facility has sufficient federal tax liability to utilize it. If your business operates at a loss or has minimal tax liability, you may need to explore alternative structures, such as tax credit transfer programs that some states and the federal government have discussed.
Small-scale DAC systems come in several configurations, each suited to different facility types and budgets. Modular solid sorbent systems can be scaled from capturing a few hundred tons annually to several thousand tons, with compact footprints suitable for retrofit applications. These systems use solid materials that chemically bind CO2, which is then heated to release the CO2 for capture and storage. Modular liquid solvent systems work similarly but use chemical solvents instead. Both can be deployed in phases, allowing you to start small and expand as your confidence and financial returns grow.
For point-source applications, direct integration with your facility's exhaust stream is often possible. Rather than treating entire facility emissions, you might focus on specific high-concentration exhaust sources, which maximizes capture efficiency and minimizes system size. A cement plant might capture CO2 from kiln exhaust; a brewery might capture from fermentation; a data center might capture from cooling exhaust.
If your facility generates significant CO2 and you have access to storage or utilization pathways, small-scale DAC eligibility is worth exploring seriously. The federal incentive structure is mature, the technology is commercializing rapidly, and equipment costs are declining. The question is not whether DAC is viable in principle but whether it is viable for your specific operation at your specific location.
We encourage you to run the CCS Grant Engine diagnostic to assess your facility's DAC eligibility, identify which incentive programs you qualify for, and understand the financial impact of deploying small-scale DAC systems. The diagnostic considers your location, facility type, CO2 generation, and access to storage infrastructure to provide a preliminary assessment in minutes.