The Vietnam Ethanol Market is gaining strategic relevance as transport-fuel demand rises and Vietnam expands its use of renewable energy inputs. Ethanol supports cleaner fuel blending while also serving industrial, beverage, disinfectant, pharmaceutical, and personal-care applications.
According to TechSci Research, the Vietnam Ethanol Market was valued at USD 147.00 million in 2022 and is projected to reach USD 193.09 million by 2028. The market is expected to grow at a CAGR of 4.57%, supported by automotive-sector demand, renewable-fuel priorities, ethanol blending, and growing industrial consumption.
Ethanol, also known as ethyl alcohol, is a colorless, volatile, and flammable organic compound used as fuel, a fuel additive, a solvent, and an ingredient in consumer and industrial products. Ethanol can be produced from renewable biomass through fermentation or from petrochemical feedstocks through synthetic processes.
The Vietnam Ethanol Market includes bioethanol and synthetic ethanol. Major feedstocks include sugar and molasses, cassava, rice, algal biomass, ethylene, and lignocellulosic biomass.
Ethanol is used in fuel and fuel additives, alcoholic beverages, industrial solvents, disinfectants, personal-care products, cleaning solutions, and chemical manufacturing. This broad use base gives Vietnam’s ethanol industry both energy-market and industrial-market importance.
According to TechSci Research, the Vietnam Ethanol Market was valued at USD 147.00 million in 2022. It is expected to reach USD 193.09 million by 2028, expanding at a CAGR of 4.57% during the forecast period.
Key market highlights include:
Automotive fuel demand is a major source of ethanol consumption.
Bioethanol is gaining importance as a renewable alternative to conventional fuel.
Ethanol blending is expanding demand across Vietnam’s fuel-distribution network.
E10 gasoline is increasing the need for reliable fuel-ethanol supply.
Cassava, sugarcane, molasses, rice, and biomass provide potential ethanol feedstocks.
Industrial solvents, disinfectants, beverages, and personal-care products diversify ethanol demand.
Growing road transport and gasoline consumption are increasing the importance of ethanol as a fuel additive. Ethanol is blended with gasoline to support renewable-fuel goals, increase octane, and reduce dependence on fully petroleum-based fuel.
Automotive demand → higher gasoline consumption → greater ethanol blending needs → stronger demand for fuel-grade ethanol.
For fuel suppliers, ethanol is not simply a renewable-energy component. It is a practical blending input that requires dependable production, transport, storage, quality testing, and retail-fuel availability.
Bioethanol is produced from renewable feedstocks and can help diversify Vietnam’s energy mix. It offers a pathway to reduce reliance on imported petroleum while creating demand for agricultural value chains and domestic processing capacity.
Renewable energy focus → demand for alternative fuels → higher bioethanol investment interest → stronger market growth potential.
However, the environmental value of ethanol depends on how it is produced. Feedstock selection, land use, water consumption, energy efficiency, and transport distance all influence the sustainability profile of bioethanol production.
Ethanol is used as a solvent and formulation ingredient in disinfectants, antiseptics, perfumes, cosmetics, cleaning products, coatings, inks, pharmaceutical products, and beverages. These applications create demand beyond the transport-fuel sector.
Diversified applications → broader customer base → reduced reliance on fuel demand alone → stronger commercial resilience.
A producer that can supply multiple grades of ethanol may serve fuel blenders with denatured ethanol while also supplying high-purity material for personal care, disinfectant, industrial, or food-related applications.
E10 is gasoline containing 10% ethanol. Wider E10 adoption is increasing ethanol demand across fuel-production, blending, transport, storage, and retail networks.
E10 fuel adoption → higher ethanol blending volumes → stronger demand for supply security → increased need for blending infrastructure.
Vietnam requires ethanol-blended gasoline nationwide from June 1, 2026. E5 RON92 may remain available through the end of 2030, while other gasoline grades are required to use E10. This policy direction increases the strategic importance of reliable fuel-ethanol supply.
Ethanol producers are evaluating a broader set of feedstocks to manage supply and cost risk. Sugar and molasses, cassava, rice, lignocellulosic biomass, algal biomass, and ethylene can all support different ethanol production pathways.
Feedstock diversification → lower single-source dependency → improved supply resilience → more stable production potential.
For example, a producer heavily dependent on cassava may face higher costs during poor harvests or when food-sector demand rises. Multi-feedstock strategies can help reduce exposure to seasonal shortages and commodity-price volatility.
Ethanol’s role in personal care, hygiene, industrial solvents, and beverage production helps create multiple sources of demand. This is important because fuel demand can be affected by blending policy, oil prices, vehicle usage, and distribution capacity.
Non-fuel demand → more balanced ethanol sales → improved revenue diversification → stronger market resilience.
Industrial customers may prioritize purity, consistency, and documentation, while fuel blenders focus on volume, logistics, and specification compliance. Suppliers that serve both segments can improve asset utilization and customer reach.
The Vietnam Ethanol Market outlook remains positive through 2028. The market is projected to reach USD 193.09 million, supported by increasing fuel-blending requirements, automotive demand, renewable-energy objectives, and industrial ethanol consumption.
Future growth will depend on practical execution. Producers, distributors, and policymakers will need to ensure feedstock availability, competitive production costs, storage capacity, transport systems, fuel-quality management, and retail access.
The strongest market participants will be those that treat ethanol as an integrated value chain rather than a standalone commodity. Reliable sourcing, conversion efficiency, product quality, and distribution readiness will determine long-term competitiveness.
The Vietnam ethanol industry presents investment opportunities in bioethanol production, feedstock aggregation, ethanol storage, fuel blending, logistics, industrial distribution, and high-purity ethanol applications.
Key investment areas include:
Cassava, sugarcane, molasses, rice, and biomass-based ethanol feedstocks.
Fuel-grade ethanol plants and blending infrastructure.
Storage terminals, compatible transport systems, and quality-testing facilities.
Industrial-grade and denatured ethanol distribution.
High-purity ethanol for disinfectant, pharmaceutical, food, and personal-care use.
Agricultural-residue and lignocellulosic ethanol technologies.
Key companies operating in the Vietnam Ethanol Market include Tung Lam Company Limited, Thinh Cuong Co. Ltd., Le Gia Co., Ltd., Duy Minh Joint Stock Company, Hanoi Liquor and Beverage Joint Stock Company, Sapa Trading & Services Company Limited, Anh Duy Trading Co., Ltd., Nguyen Khoi Trading Company Limited, Kim Ha Viet Company Limited, and VMCGroup Vietnam Joint Stock Company.
Competition is shaped by feedstock access, production capacity, ethanol grade, quality consistency, distribution reach, pricing, logistics efficiency, and compliance with fuel and industrial specifications.
Ethanol producers can improve supply stability by building long-term relationships with cassava growers, sugar mills, molasses suppliers, rice processors, and agricultural aggregators. Strong sourcing agreements help reduce exposure to seasonal shortages and short-term price shocks.
Reliable feedstock supply → stable production → lower disruption risk → stronger customer confidence.
A successful feedstock strategy should also account for food-security concerns and encourage efficient use of agricultural by-products, residues, and non-food biomass where commercially viable.
Companies can reduce reliance on a single customer segment by producing different ethanol grades. Fuel-grade ethanol, industrial ethanol, food-grade ethanol, and high-purity ethanol each serve different end uses and may require different quality controls.
Multi-grade supply → broader customer reach → diversified revenue → improved production flexibility.
This strategy can help producers manage fluctuations in fuel demand while capturing opportunities in disinfectants, cosmetics, solvents, cleaning products, pharmaceuticals, and beverages.
Ethanol demand can only translate into long-term market growth if blending, storage, transport, and retail systems are ready. Investment in tank farms, compatible transport equipment, blending facilities, and laboratory testing can improve supply reliability.
Infrastructure investment → dependable E10 availability → lower handling risk → stronger fuel-market adoption.
Vietnam’s ethanol market has been shaped by stronger policy focus on biofuel blending and renewable fuel use. The nationwide requirement for ethanol-blended gasoline from June 1, 2026 has increased the need for ethanol supply, blending capability, distribution infrastructure, and fuel-quality assurance.
The E10 transition also creates a larger role for local producers, importers, logistics providers, and fuel retailers. Businesses that can meet volume requirements while maintaining ethanol purity, storage safety, and consistent delivery may gain a stronger position in the evolving market.
Fuel suppliers blend ethanol with gasoline to create products such as E5 and E10. Ethanol blending can increase gasoline octane, add renewable content to transport fuel, and reduce dependence on purely petroleum-based gasoline.
Fuel blending → renewable fuel content → stronger biofuel demand → expanded ethanol value chain.
Ethanol is widely used in hand sanitizers, surface cleaners, antiseptics, and disinfectant formulations. Healthcare providers, hospitality businesses, schools, food-service locations, workplaces, and households use ethanol-based products to support hygiene practices.
Disinfectant formulation → antimicrobial action → hygiene-product demand → non-fuel ethanol consumption.
Ethanol acts as a solvent in perfumes, deodorants, hair-care products, lotions, inks, coatings, cleaning agents, and specialty chemical products. Its ability to dissolve and disperse ingredients makes it useful in both consumer and industrial manufacturing.
Solvent use → consistent ingredient blending → product formulation flexibility → diversified demand for industrial ethanol.
Ethanol production can compete with food and feed markets when it uses crops such as cassava, corn, sugarcane, or rice. Rising demand for these feedstocks can increase input costs and create concerns related to food affordability, land use, and agricultural supply.
Feedstock competition → higher raw-material cost → production uncertainty → margin pressure for ethanol producers.
Companies can reduce this risk by using agricultural residues, improving conversion efficiency, diversifying feedstocks, and securing long-term sourcing partnerships.
Ethanol producers must compete with the established supply chains, distribution systems, and consumer familiarity associated with conventional gasoline and diesel. Storage limitations, limited blending capacity, transport constraints, and retail availability can slow ethanol adoption.
Infrastructure gaps → delivery challenges → inconsistent supply → slower market expansion.
Price also matters. When fossil fuel prices are low, ethanol may require policy support, efficient production, or supply-chain optimization to remain competitive.
The expansion of E10 fuel creates a major opportunity for ethanol producers, fuel blenders, logistics companies, and quality-assurance providers. Wider blending requirements can increase the need for predictable ethanol volumes and a more developed domestic supply chain.
E10 adoption → higher blend demand → larger ethanol procurement needs → market expansion opportunity.
Lignocellulosic biomass and agricultural residues could help reduce reliance on food-linked ethanol feedstocks. Residue-based ethanol may offer a more sustainable route if collection, conversion technology, financing, and logistics become commercially viable.
Advanced ethanol → reduced food-crop pressure → improved sustainability potential → long-term innovation opportunity.
Evaluates the Vietnam Ethanol Market through 2028.
Provides the 2022 market value of USD 147.00 million.
Forecasts market growth to USD 193.09 million by 2028.
Assesses the projected CAGR of 4.57%.
Explains ethanol demand from automotive and fuel-blending applications.
Reviews bioethanol and synthetic ethanol segments.
Analyzes key feedstocks, including cassava, sugar and molasses, rice, biomass, and ethylene.
Evaluates fuel, beverage, disinfectant, solvent, personal-care, and industrial applications.
Profiles leading companies in Vietnam’s ethanol sector.
Supports investment, sourcing, production, blending, distribution, and market-entry planning.
The Vietnam Ethanol Market is developing into a more integrated energy and chemical-industry opportunity. E10 fuel adoption increases the importance of ethanol supply, but long-term success will depend on the full ecosystem: feedstocks, conversion capacity, storage, blending, transport, testing, retail availability, and consumer confidence.
The strongest companies will not compete only on ethanol price. They will compete on reliability, grade consistency, logistical capability, feedstock resilience, and the ability to serve fuel as well as industrial customers.
A sustainable ethanol strategy must also address food-security concerns. Producers that use diversified feedstocks, agricultural residues, efficient production systems, and transparent sourcing practices can build more resilient long-term operations.
The Vietnam Ethanol Market is driven by automotive fuel demand, ethanol blending, renewable-energy priorities, and industrial uses in solvents, disinfectants, personal care, beverages, and chemical manufacturing. The market was valued at USD 147.00 million in 2022 and is expected to grow at a CAGR of 4.57% through 2028.
According to TechSci Research, the Vietnam Ethanol Market is projected to increase from USD 147.00 million in 2022 to USD 193.09 million by 2028. The market is expected to grow at a CAGR of 4.57% during the forecast period.
E10 is gasoline blended with 10% ethanol. Vietnam requires ethanol-blended gasoline nationwide from June 1, 2026; E5 RON92 may remain available through the end of 2030, while other gasoline grades require E10, increasing demand for fuel ethanol, blending capacity, storage, and distribution infrastructure.
Vietnam can produce ethanol from sugar and molasses, cassava, rice, algal biomass, ethylene, and lignocellulosic biomass. Feedstock selection affects production costs, supply reliability, sustainability performance, and the potential for competition with food markets.
Key opportunities include fuel-grade ethanol production, E10 blending infrastructure, ethanol storage and transport, cassava and sugar-based feedstock supply, industrial solvents, disinfectants, personal-care applications, and advanced ethanol produced from agricultural residues.
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