ADAMA launched Novali™, a high-load liquid Pyroxasulfone herbicide offering extended residual weed control, easier handling, improved efficiency, and operational flexibility.
ADAMA Ltd., a global provider of crop protection solutions, has announced the commercial launch of Novali™, an advanced high-load liquid Pyroxasulfone herbicide developed to deliver reliable and long-lasting residual weed control for row crop growers. Specifically designed for soybean and corn production, the new herbicide combines proven weed management chemistry with innovative formulation technology, offering farmers a more efficient and flexible solution for protecting crop yields while simplifying field operations.
Novali™ is formulated using ADAMA’s proprietary Sesgama™ formulation technology, which enables the product to carry a significantly higher concentration of active ingredient in a liquid format. Compared with conventional liquid Pyroxasulfone herbicides, Novali™ contains approximately 40% more active ingredient per gallon, allowing growers to apply the same level of weed protection while handling smaller product volumes. This higher concentration translates into operational advantages by reducing transportation requirements, minimizing storage space, decreasing packaging waste, and lowering the frequency of refilling spray equipment during field applications.
The introduction of Novali™ reflects ADAMA’s ongoing commitment to delivering innovative crop protection technologies that improve both agronomic performance and operational efficiency. By combining a well-established active ingredient with advanced formulation science, the company aims to help growers address increasingly complex weed management challenges while optimizing farming practices.
According to Germain Boulay, Head of Global Herbicides at ADAMA, Novali™ demonstrates the company’s strategy of enhancing proven chemistry with cutting-edge formulation technologies. He explained that the product has been engineered to fit seamlessly into modern weed management programs by offering higher concentration, improved operational convenience, and dependable residual weed control. The formulation enables growers to make more informed and efficient agronomic decisions while responding to evolving weed pressures and changing agricultural conditions.
One of the key strengths of Novali™ is its ability to provide extended residual control, preventing troublesome weeds from emerging during the critical early stages of crop development. Early-season weed competition can significantly reduce crop performance, making effective pre-emergence control an essential component of successful production systems. By establishing a protective barrier in the soil, Novali™ helps reduce weed competition before it begins, supporting healthier crop establishment and maximizing yield potential.
The herbicide is also positioned as a valuable tool for growers facing increasing challenges from herbicide-resistant weed populations. As resistance continues to spread across many agricultural regions, farmers require diversified weed management strategies that incorporate multiple modes of action and reliable residual products. Novali™ provides an additional option that can be integrated into comprehensive weed control programs designed to combat resistant species while promoting sustainable agricultural practices.
Its liquid formulation further enhances ease of use compared with dry or granular products. Farmers benefit from simplified measuring, mixing, and application processes while eliminating concerns associated with dust generation during handling. The liquid format improves operator convenience and contributes to more consistent dosing, helping ensure accurate product application across varying field conditions.
Beyond agronomic performance, Novali™ offers practical logistical advantages throughout the supply chain. Higher active ingredient concentration means fewer containers are required to treat the same acreage, reducing transportation costs, warehouse storage demands, and handling time for distributors and growers alike. These efficiencies can help streamline farming operations, particularly during busy planting seasons when speed and productivity are critical.
The launch of Novali™ also represents an important milestone in ADAMA US’s broader strategy to strengthen its weed management portfolio for row crops. The company has indicated that additional innovative herbicide formulations are planned in the future, further expanding the range of solutions available to growers seeking effective and flexible weed control options.
Commercial sales of Novali™ officially began in June 2026, making the product available for growers preparing integrated weed management programs for current and future growing seasons. With its combination of higher active ingredient concentration, advanced formulation technology, simplified handling, and dependable residual weed control, Novali™ reinforces ADAMA’s commitment to supporting modern agriculture through innovative crop protection solutions that improve productivity, efficiency, and long-term sustainability.
Impact of Novali™ Launch & Effect on ChemAnalyst-Tracked Commodities
The launch of Novali™ by ADAMA signals rising commercial demand for Pyroxasulfone as an active ingredient, which could push its spot prices moderately upward due to increased procurement by formulators. Since Pyroxasulfone synthesis relies on key intermediates — including sulfonyl chlorides, chlorinated solvents, and specialty amines — demand for these upstream chemicals tracked by ChemAnalyst may see mild upward pressure, particularly in the US agrochemical supply chain.
ADAMA's proprietary Sesgama™ formulation technology also implies increased consumption of specialty surfactants and emulsifiers, categories ChemAnalyst actively monitors.
However, the impact is likely gradual rather than sharp, as Novali™ is a reformulation of existing chemistry rather than a new molecule. Competitors may respond with pricing adjustments on comparable herbicide formulations. Overall, agrochemical-grade specialty solvents and herbicide intermediates could see 3–7% incremental demand growth in H2 2026, with prices firming modestly across those segments.
