Biosynthetic geranium terpene oil as a sustainable alternative
A GERANIOL
Geraniol is a naturally occurring, volatile terpene-alcohol and a major constituent of several essential oils. It is found in the highest concentrations in rose, geranium and citronella plants. Due to its pleasant floral and slightly citrus-like scent, it is widely used in the fragrance industry. It is a common ingredient in perfumes, cosmetics, soaps and personal care products.
In the food industry, geraniol is used as a flavoring agent in confectionery, beverages and chewing gum. Geraniol also has natural insect-repellent properties, offering an environmentally friendly alternative for mosquito and insect control products.
Owing to its antimicrobial effects, its potential use in disinfectants and preservative applications is being explored. Pharmaceutical research has also investigated its potential anti-inflammatory and anti-cancer properties, making geraniol at once a fragrance ingredient, a functional additive and a biologically active compound.
GERANIUM TERPENE OIL
Geranium terpene oil can be produced via three routes: natural plant extraction, synthetic petrochemical processes, and biosynthetic production. In line with this, our company manufactures biosynthetic geranium terpene oil.
- • Synthetic geranium terpene oil is produced from petrochemical feedstocks through multi-step chemical reactions involving organic solvents and the use of significant fossil energy.
- Biosynthetic geranium terpene oil, by contrast, is produced through microbial fermentation using a specifically selected, natural wild yeast strain, representing a biotechnological process that yields a final product that is molecularly identical but non-fossil in origin.
- The biotechnological process does not require petrochemical or fossil feedstocks nor high-temperature reactions, resulting in entirely different sustainability and environmental performance parameters.
- The geranium terpene oil we produce has approximately 75% technical purity, which is compatible with the fragrance and cosmetic sectors, home & personal care, as well as agricultural and chemical industry applications, and is scalable from an industrial standpoint.
QUALITY AND INDUSTRIAL STANDARDIZATION
- The quality of synthetic geranium terpene oil depends on petrochemical precursors and reaction conditions; however, the process inherently generates by-products and impurities, while biosynthetic geranium terpene oil offers more consistent cis/trans isomer ratios, scent profiles, batch uniformity and toxicological purity with significantly lower harmful emissions.
SAFETY AND COMPLIANCE DOCUMENTATION
- Our biosynthetic geranium terpene oil complies with the regulatory and conformity requirements of the European Union, and the production process is auditable and traceable.
- Our product is certified GMO-free.
- Documentation and certifications associated with the biosynthetic product include: technical data sheet, safety data sheet, fragrance certification, chemical regulatory approvals, quality control documentation and toxicological assessment.
- While synthetic geranium terpene oil can also meet regulatory compliance, its upstream fossil carbon footprint — which is significantly higher than that of the biosynthetic product — and its import dependency may subject it to increasing regulatory, financial and supply security pressures within EU markets.
SUSTAINABILITY AND ENVIRONMENTAL PERFORMANCE
- Synthetic geranium terpene oil is produced from fossil carbon-based petrochemical feedstocks, whereas biosynthetic variant is produced from partially renewable, biogenic carbon sources (sugars) and partially from industrial byproduct biomass (molasses), lowering the carbon footprint of the final product and reducing upstream energy intensity.
- The chemical synthesis and solvent purification steps in synthetic geranium terpene oil production are specifically heat- and energy-intensive processes reliant on fossil energy, while biosynthetic fermentation occurs near ambient temperatures (28–32 °C) with low energy demand and reduced reliance on fossil inputs.
- Biosynthetic technology allows for the valorization of industrial byproduct streams, thereby reducing emissions and environmental burden through avoided waste and circularity.
- The sustainability parameters of biosynthetic geranium terpene oil are fully auditable and can be integrated into EU sustainability frameworks such as ESG (Environmental, Social, Governance), PCF (Product Carbon Footprint), LCA (Life Cycle Assessment), Scope 3 (Supply Chain Emissions), CBAM (Carbon Border Adjustment Mechanism), and EU ETS (EU Emissions Trading System).
- Many of these sustainability parameters can be translated into financial benefits (monetized) for European companies, particularly in sectors where sustainability performance is directly evaluated in procurement, regulation or credit rating.
- The adoption of biosynthetic feedstocks within the EU is promoted by the growing importance of sustainability metrics between 2026–2028, driven by mandatory corporate sustainability reporting, tender requirements, import mechanisms and environmental certifications.
Our company therefore offers a product that demonstrates significant sustainability and environmental progressiveness compared to petrochemical synthetic geranium terpene oil, in line with the evolving expectations and regulatory framework of the European Union.