Dry ice has become a quiet pressure point in global supply chains. Not because the world is running out of it, but because the industrial CO₂ needed to make it is increasingly strained against rising demand.
This article explains why dry ice supply is tightening, which industries face the most exposure, what the market looks like through 2026 and beyond, and what businesses can do right now to reduce their risk.
Why Dry Ice Supply Is Tied to Industrial CO₂ Production
Dry ice is solid CO₂. It sublimates at −78.5°C and is made by compressing and liquefying CO₂ gas — it is not manufactured on its own. That distinction matters because it creates a structural vulnerability most people don’t immediately see.
Industrial CO₂ is largely a byproduct of other processes: ammonia and fertilizer production, bioethanol refining, and certain chemical operations. It is not a primary product that manufacturers scale up or down based on dry ice demand. When those upstream plants shut down, cut output, or face energy cost pressure, CO₂ supply drops — regardless of how much dry ice the market needs.
Over the past decade, CO₂ capacity grew roughly 3%, while demand grew around 6%. That gap has been quietly widening for years. California alone has lost approximately 850 tons per day of CO₂ capacity, with no equivalent replacement projects currently planned. The result is a market that is structurally exposed to disruptions that have nothing to do with dry ice itself.
The Sectors Driving Demand Higher
Dry ice demand is not flat — it is growing, and that growth is coming from several directions at once.
Cold-chain logistics for frozen food and pharmaceutical shipments remain the core use case. Vaccine and biologics shipping — particularly for products requiring ultra-low temperatures — adds consistent pressure, especially during periods of elevated medical logistics activity.
But one of the fastest-growing demand drivers over the past five years is dry ice blast cleaning. This industrial cleaning method uses dry ice pellets to strip surfaces without chemicals or moisture, and it has grown significantly. According to industry commentary from the CO₂ Summit 2025, blast cleaning and transportation are now the primary growth segments in dry ice demand. They are competing directly with food and logistics for the same limited CO₂ supply.
Interestingly, food processors are moving the other direction. Many are actively trying to reduce CO₂ consumption because recurring supply issues have made it an operational liability. So the demand picture is not uniform — industrial and transport uses are climbing while food-related CO₂ use is declining.
Current Risk Level — Regional Tightness, Not Global Collapse
It is worth being precise here: the dry ice market is growing, not contracting. Global market estimates place the industry at approximately USD 1.66 to 1.78 billion in 2025–2026, with forecasts approaching USD 3.1 billion by 2033–2034. This is not a market in decline.
The problem is that supply cannot reliably keep pace with demand in specific regions and sectors. That distinction matters when assessing actual risk.
Geopolitical events can accelerate regional shortages quickly. The UK, for example, has developed formal contingency plans for CO₂-related food and healthcare disruptions linked to potential Strait of Hormuz closure scenarios — a situation connected to Iran war concerns and their downstream effect on ammonia and energy markets. UK officials have described this as a “reasonable worst-case scenario” and have noted that CO₂ supplies are not currently a concern. But the fact that formal planning exists at all signals how fragile the market can become under pressure.
Those contingency plans anticipate reduced product variety in stores — not empty shelves. That framing is useful for businesses trying to calibrate their own risk assessments. Industry experts have described the situation as: “I think there will be a shortage” — conditional language, not a confirmed outcome.
Regionally, Asia-Pacific holds about 33% of global dry ice market revenue in 2025 and is projected to grow further. That concentration of demand in a single region adds another layer of localized pressure to an already tight global supply picture.
How Cold-Chain Logistics Companies Are Responding
The most practical response from logistics and packaging companies has been route segmentation — categorizing shipments based on how much they actually depend on dry ice.
Dry-Ice Required Routes
These are shipments that genuinely cannot use alternatives: ultra-low temperature biologics, certain vaccines, and specialized materials that must stay below −60°C or lower. For these, dry ice remains non-negotiable, and procurement strategy needs to reflect that priority.
Dry-Ice Optional Routes
Seasonal or shorter routes where phase-change materials (PCMs) can maintain the required temperature range. PCMs are engineered to hold specific temperatures — such as −20°C or 2–8°C — and can be integrated into reusable packaging. For many frozen food and mid-range pharmaceutical shipments, this is a viable alternative that reduces dry ice dependence without compromising product integrity.
No-Dry-Ice Routes
Refrigerated (2–8°C), controlled room temperature, or ambient-controlled shipments that can be managed with insulated packaging and gel packs alone. These routes should be fully transitioned away from dry ice where possible.
Alongside segmentation, logistics companies are shifting from “how much dry ice do we need?” to what some in the industry call window planning — tightly managing pickup and delivery times, minimizing dwell time at cross-docks, and building exception workflows for delays or temperature excursions. The goal is to reduce reliance on excess dry ice as a buffer.
Consider a hospital network that previously shipped all frozen vaccines using heavy dry ice packaging. After CO₂ price spikes and occasional supply gaps, they reclassified ultra-low temperature vaccines as dry-ice required, switched 2–8°C shipments to PCM-based packs, and built a clear workflow: if a shipment is delayed, staff check data loggers and decide whether to reroute or expedite. Dry ice consumption dropped for non-critical routes, making the overall system more resilient.
What Businesses Can Do to Prepare
Whether you operate in food distribution, healthcare logistics, or industrial cleaning, the core preparation steps are similar.
- Audit your dry ice dependency. Identify which operations genuinely require dry ice and which are using it out of habit or convenience. Many businesses will find that a meaningful portion of their dry ice use is in the optional or unnecessary category.
- Invest in PCM-based solutions and reusable containers. These reduce exposure to dry ice supply shocks on suitable routes and often lower long-term packaging costs. Treating packaging as a reusable asset rather than a consumable is a meaningful operational shift.
- Build exception workflows. Know in advance what happens when a shipment is delayed, when dry ice runs short, or when a supplier cannot fulfill an order. Fast decision trees — reroute, expedite, hold — reduce the damage from disruptions.
- Monitor upstream CO₂ production. Stay in contact with your gas suppliers and track the operational status of regional ammonia, fertilizer, and ethanol plants. These are your early warning signals. A plant shutdown in your region can tighten dry ice supply within days.
- Diversify supplier relationships. Single-source dry ice procurement is a concentration risk. Where possible, establish contracts with multiple CO₂ and dry ice suppliers across different geographic zones.
For dry ice blasting companies specifically, securing longer-term supply contracts and batching jobs geographically to minimize waste are practical near-term steps. Having a backup cleaning method available during supply crunches adds another layer of operational flexibility.
Resources like AllBizDaily cover supply chain developments and business planning topics that can help organizations track emerging trends across industries facing similar pressures.
The Bigger Picture
Dry ice is not disappearing. The market is expanding, demand is real, and the industries that depend on it are not going away. But the infrastructure that makes dry ice possible — industrial CO₂ production — has not kept pace, and there is no short-term fix for that gap.
The businesses that will navigate this best are those that act before a shortage forces their hand. Segmenting routes, investing in alternatives where appropriate, diversifying suppliers, and building flexible logistics workflows are not emergency measures. They are sound operational practices regardless of whether a shortage materializes in 2026 or later.
The dry ice market will remain viable. The question for individual businesses is whether their operations are built to absorb the supply variability that is increasingly part of the landscape.
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