Saudi Arabia Industrial Carbon Dioxide Market Overview, 2031

Over the past few years, the landscape for carbon dioxide supply in the Middle East has expanded well beyond its traditional reliance on oil and gas emissions, evolving into a broader industrial gas market that serves sectors such as food and beverage, chemicals, medical logistics, cold chain refrigeration, water treatment, agriculture and building materials. A notable milestone occurred when a major petrochemical linked facility partnered with a gas distributor to begin capturing emissions from production lines and purifying the CO₂ to food grade liquid form for redistribution, replacing the earlier model that depended mainly on by product streams tied to refining or natural gas processing. Availability of high purity liquid CO₂ has enabled diverse applications from beverage carbonation and food packaging to refrigeration, medical dry ice shipment, controlled atmosphere storage, cold chain transport, concrete mineralization and chemical feedstock use while capturing emissions and re using them under circular economy principles. Beyond large industrial complexes, research institutions have piloted mobile cryogenic capture systems capable of extracting pure CO₂ (and other pollutants) even at smaller or dispersed emission sites, suggesting that supply may soon expand beyond traditional petrochemical zones. CO₂ products are now offered in various forms liquid, compressed gas, dry ice, and supercritical allowing flexibility depending on end use. Growing industrial diversification, expansion of food processing, consumer goods, cold chain logistics and pharmaceutical sectors have added momentum to demand for reliable CO₂ supply. Under a national circular carbon framework, regulatory and institutional support aims to promote capture and reuse, ensuring compliance with purity and safety standards in sectors like food, medical and industrial gas. As industries increasingly treat CO₂ as a valuable feedstock or service input rather than waste, demand is shifting toward stable merchant CO₂ supply, including captured emissions. This transition has reshaped supply chains, welcoming new sources, flexible delivery modes and diversified end uses across sectors.

According to the research report, "Saudi Arabia Industrial Carbon Dioxide Overview, 2031," published by Bonafide Research, the Saudi Arabia Industrial Carbon Dioxide is anticipated to grow at more than 7.9% CAGR from 2026 to 2031.In Saudi Arabia the industrial carbon dioxide sector features major providers such as Gulf Cryo and Jubail Gas Plant Company alongside international players like Air Liquide, working together to supply CO₂ in a variety of forms to meet diverse industrial and commercial needs. Gulf Cryo captures CO₂ emissions from large industrial plants, purifies them to industrial or food grade quality, and delivers the gas either through pipelines for in house consumption or in liquefied or compressed form for third party distribution; this enables a circular carbon economy model that serves beverage producers, chemical manufacturers, desalination and agricultural operations. Jubail Gas Plant Company distributes CO₂ in cylinders, tube trailers, or bulk tanks, supplying smaller consumers or remote facilities that cannot access pipeline infrastructure. Providers maintain logistics networks of cryogenic tankers, cylinder trucks, and bulk storage and often enter long term supply agreements with major clients such as bottling firms or industrial sites to ensure stable demand and reliable supply. CO₂ offerings cover gaseous and liquefied forms, with grades suitable for beverage carbonation, industrial reactions, enhanced oil recovery, water treatment, and other manufacturing processes. Growing emphasis on carbon capture and utilization projects contributes momentum for using captured emission CO₂ rather than venting it, while expansion of supply beyond traditional heavy industries into food and beverage, agriculture, and water treatment opens new opportunities. High setup costs for capture, purification and distribution infrastructure represent a significant entry barrier, especially for new players without access to large emission point facilities or without logistics networks. Strict purity standards for food grade CO₂ and safety regulations for transport and storage impose additional compliance burdens.

Industrial carbon dioxide in Saudi Arabia and the wider Middle East is supplied in various forms including liquid CO₂, gaseous CO₂, dry ice, supercritical CO₂, and CO₂ mixtures, each serving specific industrial and commercial needs. Liquid CO₂ is widely used in food and beverage, chemical, and petrochemical industries due to its high density, which allows easier storage and transport, supporting beverage carbonation, modified atmosphere packaging, refrigeration, cold chain logistics, chemical processing, enhanced oil recovery, and pH control. Gaseous CO₂ is preferred for smaller-scale operations where liquefaction infrastructure is impractical, such as small beverage plants, metal fabrication, welding, water treatment, and greenhouse applications. Solid CO₂, or dry ice, plays a critical role in temperature-controlled transport for frozen foods, medical shipments, and perishable goods, while also serving as an eco-friendly alternative in industrial cleaning and surface treatment. Supercritical CO₂ is gaining traction as a green solvent in food processing, pharmaceuticals, specialty chemicals, polymer processing, and advanced extraction techniques. CO₂ mixtures are commonly used in modified atmosphere packaging and greenhouse enrichment, combining CO₂ with other gases to extend shelf life and enhance plant growth. Buyers prioritize reliable supply, consistent purity for food and medical applications, flexibility in CO₂ form based on process or logistics needs, and cost efficiency. Expansion in the food and beverage sector, cold chain logistics, processed food exports, and chemical and polymer industries are key demand drivers. National initiatives supporting carbon capture, utilization, and storage under circular carbon economy frameworks provide additional feedstock for merchant CO₂ supply, though reliance on petrochemical by-products and regulatory requirements for transport, storage, and quality control can affect availability.

Industrial and merchant CO₂ in regions like Saudi Arabia is largely sourced from gas generated as a by product of chemical and petrochemical operations, where ammonia, ethylene glycol, and fertilizer plants release concentrated CO₂ that can be efficiently purified and liquefied. This by product gas is used internally in chemical production for methanol, urea, or other derivatives, while surplus is supplied to industries such as food and beverage, water treatment, refrigeration, agriculture, and construction materials. Naturally occurring CO₂ reservoirs exist but contribute little to regional supply compared with industrial sources. Capture technologies are becoming increasingly important, extracting CO₂ from flue gas and exhaust from refineries, power plants, and other facilities, with projects in Saudi Arabia demonstrating the integration of captured CO₂ into both internal processes and merchant markets. Fermentation-based CO₂, from ethanol or brewing, can produce high-purity CO₂ for food-grade applications, yet in the Middle East this source remains limited due to small-scale or regulated operations. Buyers prioritize high-purity, consistent supply, favoring by-product recovery or capture over low-concentration flue gases, while industrial users benefit from reusing CO₂ to reduce waste and resource costs. Government initiatives supporting decarbonization, circular-carbon strategies, and emissions reduction further promote capture-based supply, though reliance on parent industrial processes can create fluctuations, and costs associated with purification, transport, or low-concentration capture remain constraints, leaving natural and fermentation sources largely niche.

Carbon dioxide finds extensive application across multiple sectors, with the food and beverage industry relying heavily on it for beverage carbonation, preservation, packaging, and freezing. It is used to carbonate soft drinks, sparkling water, beer, and other carbonated beverages, while modified atmosphere packaging employs CO₂ to displace oxygen and extend the shelf life of perishables such as meat, seafood, and fresh produce. In freezing, refrigeration, and cold-chain logistics, solid CO₂ or dry ice helps maintain low temperatures for frozen and chilled foods during storage and transport. Rising consumption of convenience and packaged foods, expanding cold-chain infrastructure, and increasing distribution of perishable products drive demand, with buyers emphasizing food-grade purity, reliable supply, and cost efficiency. Industrial applications include welding and metal fabrication, chemical manufacturing, industrial cleaning through dry-ice blasting, refrigeration, and water or wastewater treatment, where versatility, safety, cost-effectiveness, and supply convenience influence purchase decisions. In agriculture, supplemental CO₂ in greenhouses enhances photosynthesis, improving crop yields and supporting controlled-environment cultivation, especially in arid regions, with adoption affected by infrastructure and seasonal cycles. In medical and healthcare, it facilitates minimally invasive surgeries, respiratory therapies, cryotherapy, and cold storage of biological materials, requiring high purity, strict compliance, and dependable supply. Environmental and sustainability uses involve water and wastewater treatment, pH regulation, enhanced oil recovery, and carbon capture, utilization, and storage, with municipalities, utilities, and industrial stakeholders valuing safer, cost-efficient alternatives to traditional chemicals. Food and beverage remain the largest consuming segment due to volume and continuous supply needs, industrial and chemical uses provide stable but diversified demand, healthcare creates a growing niche requiring quality and regulatory compliance, agricultural applications contribute smaller but targeted demand, and environmental uses are emerging with increasing regulatory and operational focus.



Considered in this report
• Historic year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Saudi Arabia Industrial Carbon Dioxide Market with its value and forecast along with its segments
• Industrial Carbon Dioxide Market analysis
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Product Form
• Liquid Carbon Dioxide
• Solid Carbon Dioxide (Dry Ice)
• Gaseous Carbon Dioxide
• Supercritical Carbon Dioxide
• Carbon Dioxide Mixtures

By Production Source
• Byproduct Recovery
• Natural Sources
• Carbon Capture Technologies
• Fermentation Processes
• Chemical Manufacturing

By End-User Application
• Food & Beverage Industry
• Industrial Applications
• Agricultural Enhancement
• Medical & Healthcare
• Environmental Applications