LG Chem pioneers bio-acrylic acid production for sustainable industries

LG Chem is making a major breakthrough in sustainable chemistry with the launch of its bio-acrylic acid production, a 100% plant-based production alternative to fossil fuel-derived acrylic acid. The company has secured USDA Certified Biobased Product status for its innovation, reinforcing its position as a leader in sustainable raw materials development. This marks a significant milestone in the industry’s transition toward eco-friendly alternatives, addressing the growing global demand for sustainable raw materials across various sectors.

The company announced that bio-acrylic acid will enter prototype production in the second quarter of 2025, with an initial manufacturing capacity of 100 metric tons per year. As market interest grows, LG Chem plans to scale up operations, aligning with its sustainability goals of achieving carbon-neutral growth by 2030 and net-zero emissions by 2050.

What Is Bio-Acrylic Acid and How Does It Differ from Conventional Acrylic Acid?

Bio-acrylic acid is a next-generation solution that offers the same molecular structure, properties, and performance as conventional acrylic acid while being derived entirely from plant-based production methods. Unlike traditional acrylic acid, which is manufactured using fossil fuel-based petrochemicals, LG Chem’s version is made from 3-Hydroxypropionic acid (3HP), a compound obtained through microbial fermentation of plant-based raw materials. This approach eliminates reliance on crude oil derivatives, reducing carbon emissions while maintaining the high-performance characteristics required for industrial applications.

With the USDA Certified Biobased Product label confirming its authenticity as a 100% sustainable raw material, bio-acrylic acid presents a viable alternative for manufacturers seeking to lower their environmental impact. This innovation represents a shift toward cleaner production methods that do not compromise on quality or efficiency, making it a significant advancement in the field of sustainable raw materials.

What Are the Key Applications of Bio-Acrylic Acid?

The commercialization of bio-acrylic acid has far-reaching implications for multiple industries, particularly those prioritizing sustainable raw materials in their production processes. One of the primary applications is in the cosmetics and personal care sector, where plant-based production alternatives are becoming increasingly popular due to growing consumer preference for natural and biodegradable ingredients.

In the hygiene industry, bio-acrylic acid plays a crucial role in the production of super absorbent polymers (SAP), a key component in diapers and hygiene products. As manufacturers face mounting pressure to adopt eco-friendly alternatives, the ability to integrate bio-based materials without compromising performance is expected to drive significant demand.

The automotive and electronics industries also stand to benefit from this innovation, as bio-acrylic acid can be used in adhesives and coatings that meet stringent sustainability requirements. Additionally, it is a key ingredient in paints and coatings, offering a greener alternative to petroleum-based acrylic acid while ensuring high durability and functionality.

While multiple companies have attempted to develop bio-acrylic acid, LG Chem is the first to move toward large-scale commercialization, establishing itself as a pioneer in plant-based production and setting a new standard for sustainable raw materials.

Why Is Global Demand for Bio-Acrylic Acid Increasing?

The growing demand for bio-acrylic acid is fueled by global sustainability initiatives, evolving consumer preferences, and stricter environmental regulations. Governments across North America and Europe are enforcing policies that encourage manufacturers to adopt sustainable raw materials to minimize their carbon footprints. Companies that fail to transition to plant-based production risk falling behind in an industry where eco-conscious innovation is becoming a competitive advantage.

Consumer awareness and demand for bio-based materials are also driving this shift, particularly in sectors such as cosmetics, hygiene products, and personal care. As sustainability becomes a key differentiator, manufacturers are actively seeking eco-friendly alternatives that align with regulatory requirements while catering to the preferences of environmentally conscious consumers.

LG Chem’s ability to meet this demand with USDA-certified bio-acrylic acid strengthens its market position, allowing it to forge strategic partnerships with sustainability-driven companies in North America and Europe. By offering a high-performance alternative to petroleum-based acrylic acid, LG Chem is setting the stage for widespread adoption of bio-acrylic acid in mainstream manufacturing.

How Is LG Chem Scaling Up Bio-Acrylic Acid Production?

To ensure it can meet the evolving needs of industries seeking sustainable raw materials, LG Chem has developed a customized bio-acrylic acid production system that enables rapid adjustments based on market demand. The company has implemented flexible manufacturing processes that allow for efficient scaling and adaptation to the requirements of key industries.

The decision to commercialize bio-acrylic acid follows years of research and development efforts focused on plant-based production. LG Chem successfully engineered its 3HP strain and fermentation technology in-house, creating an efficient, scalable, and commercially viable production process. The achievement of the USDA Certified Biobased Product label in 2024 further validates the company’s efforts in advancing sustainable raw materials.

According to Song Byung-Keun, Senior Vice President and Head of Acrylates/SAP Business Unit at LG Chem, the company expects bio-acrylic acid to play a transformative role in the shift toward eco-friendly alternatives. He stated that the company remains committed to driving innovation in sustainable raw materials and will continue to develop new technologies that align with the evolving needs of industries worldwide.

What’s Next for LG Chem’s Bio-Acrylic Acid Innovation?

LG Chem’s move to commercialize bio-acrylic acid marks a significant milestone in the chemical industry’s transition toward sustainable raw materials. With a strong focus on plant-based production and a commitment to carbon neutrality, the company is well-positioned to lead the market in eco-friendly chemical innovations.

As LG Chem continues to expand its reach, the company is actively engaging with global manufacturers to integrate bio-acrylic acid into large-scale production. The development of additional bio-based materials remains a priority, with the company exploring new avenues to replace fossil fuel-derived components with sustainable raw materials.

With industries worldwide accelerating their sustainability initiatives, LG Chem’s leadership in bio-acrylic acid is expected to set a precedent for the adoption of plant-based production methods. By offering a commercially viable alternative to petroleum-based acrylic acid, LG Chem is not only providing manufacturers with a high-performance solution but also contributing to a broader shift toward a more sustainable future.