Glutaric Acid Market Outlook 2024–2030: Growth Trends, Demand Drivers & Future Opportunities

The global glutaric acid market value is expected to increase from US$ 312 million in 2024 to around US$ 528 million by 2030, registering a CAGR close to 9.5% during the forecast period. Rising demand from polymer production, pharmaceuticals, and biodegradable materials continues to push this market forward.

Growing investments in green chemistry, along with the expanding role of specialty chemicals, are helping manufacturers unlock new applications across end-use industries.

Understanding the Glutaric Acid Market

Glutaric acid, a five-carbon dicarboxylic acid, is widely used as a precursor in several chemical processes, including the synthesis of polymers, plasticizers, pharmaceuticals, and agrochemicals. Its versatility and compatibility with sustainable processes make it a crucial raw material for multiple industries.

In recent years, the glutaric acid market has gained notable traction due to the increasing adoption of biodegradable polyesters and eco-friendly solvents. Several companies are shifting from traditional petrochemical pathways to bio-based production as part of their long-term sustainability targets.

Key Market Drivers Shaping Growth

1. Increasing Demand in Polymer & Resin Production

Glutaric acid plays a major role in the synthesis of polyamides, polyesters, and plasticizers, especially in applications requiring enhanced flexibility and durability. The rise in consumer electronics, automotive lightweighting, and flexible packaging materials has contributed significantly to the market’s momentum.

For example, bio-based polyesters formulated using glutaric acid are gaining preference in packaging solutions due to superior biodegradability and high thermal performance.

2. Expanding Pharmaceutical Applications

In the pharmaceutical sector, glutaric acid is used as an intermediate for producing various APIs (Active Pharmaceutical Ingredients). Growing investments in drug manufacturing and global expansion by generics manufacturers create new opportunities for glutaric acid suppliers.

Drugs used in the treatment of seizure disorders and metabolic conditions frequently employ glutaric derivatives, adding to consistent demand.

3. Shift Toward Sustainable & Bio-Based Chemicals

With companies and governments pushing sustainability agendas, interest in bio-derived dicarboxylic acids is rising rapidly. Manufacturers are developing fermentation-based glutaric acid production technologies, reducing dependence on petrochemical feedstock and minimizing carbon footprints.

This shift aligns well with the green chemistry movement and circular economy initiatives worldwide.

Market Challenges

While the glutaric acid market is expanding, several hurdles impact growth:

• High production costs compared to other dicarboxylic acids
• Limited availability of bio-based production technologies
• Competition from substitutes such as adipic acid for certain applications
• Environmental concerns regarding chemical synthesis processes

Despite these challenges, innovations in bio-fermentation and improved catalyst technologies are expected to offset long-term cost pressures.

Segment-Wise Market Analysis

1. By Technology

• Bio-Based Production (Fastest Growing Segment | CAGR ~12%)

Growing demand for environment-friendly products is accelerating the adoption of fermentation-based manufacturing processes. Firms like Verdezyne and Genomatica are investing in microbial platforms to produce glutaric acid sustainably.

• Petrochemical-Based Production (Largest Share in 2024)

Despite the shift to greener alternatives, petrochemical routes remain dominant due to established supply chains, lower production risks, and cost efficiencies at scale.

2. By Application

• Polymers & Resins (Largest Revenue Share | ~40%)

Used in producing polyesters and polyamides for automotive, packaging, and electrical components. Expansion of EV manufacturing and lightweight materials boosts demand.

• Pharmaceuticals (Strong Growth | CAGR ~10%)

Increased API manufacturing in Asia-Pacific, especially India and China, contributes to higher consumption of glutaric acid derivatives.

• Agrochemicals

Used as an intermediate in the synthesis of herbicides and specialty fertilizers. Increasing focus on high-efficiency fertilizers is driving moderate growth.

• Food Additives & Other Specialty Chemicals

Although a smaller segment, niche applications in flavor enhancers and chemical synthesis continue to create opportunities.

3. By Region

North America

Strong investments in biotech and sustainable chemicals make the region a fast adopter of bio-based glutaric acid. The U.S. leads with ongoing innovations in polymer R&D.

Europe

Strict environmental regulations are driving the push toward green chemical synthesis. Germany and France are key contributors to demand in automotive and specialty chemicals.

Asia-Pacific (Fastest Growing Region)

APAC dominates in pharmaceutical and polymer production. China, Japan, and India collectively hold more than 45% of the global market share thanks to large manufacturing bases and cost-effective production.

Latin America & Middle East

Emerging markets with rising industrialization; gradual adoption is expected as chemical processing infrastructure expands.

Emerging Trends in the Glutaric Acid Market

1. Rise of Biodegradable Polymers

Bio-based glutaric acid is essential for developing eco-friendly plastics, a market projected to multiply over the coming decade.

2. Technological Advancements in Fermentation

Enhanced microbial strains and optimized fermentation processes are lowering production costs, making bio-based alternatives more competitive.

3. Growing Focus on Specialty Chemicals

Industries like automotive coatings, electronics, and aerospace are demanding high-performance polymers derived from glutaric acid.

4. Partnerships & Capacity Expansion

Chemical giants are partnering with biotech firms to scale sustainable production. This trend accelerates market competitiveness and innovation.

Case Study: Bio-Based Glutaric Acid in Packaging

A European packaging company recently partnered with a biotechnology firm to develop biodegradable plastic films using glutaric-acid-based polyesters. After deploying the new materials, the company reported:

• 30% reduction in carbon footprint
• 15% higher tensile strength
• Improved product shelf life

This example highlights how glutaric acid supports performance-driven sustainability initiatives.

Opportunities for Stakeholders

• Expansion into bio-based product lines
• R&D investments in high-performance polymers
• Partnerships with pharmaceutical manufacturers
• Exploring niche specialty chemical applications

Companies that reinvent production processes and prioritize sustainability will lead market growth through 2030.

Conclusion

The glutaric acid market is on a strong upward trajectory, driven by increasing demand in polymers, pharmaceuticals, and green chemistry applications. As industries shift toward sustainable materials, bio-based production technologies will play a pivotal role. Businesses that invest in innovation, expand manufacturing capacity, and focus on eco-friendly solutions will unlock substantial long-term opportunities.

Call to Action (CTA)

Looking to access detailed market research, customized forecasts, or competitive analysis for the glutaric acid market? Contact our expert analysts today and get insights tailored to your business needs.