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Thursday / November 7. 2024
HomeAgrotechR&DFMC expands biologicals platform with agreement to acquire BioPhero

FMC expands biologicals platform with agreement to acquire BioPhero

Image credit: FMC Corporation

The acquisition adds biologically produced state-of-the-art pheromone insect control technology to FMC’s product portfolio and R&D pipeline

FMC Corporation, an agricultural sciences company, has announced a definitive agreement to acquire BioPhero ApS, a Denmark-based pheromone research and production company. The acquisition adds biologically produced state-of-the-art pheromone insect control technology to FMC’s product portfolio and R&D pipeline, underscoring FMC’s role as a leader in delivering innovative and sustainable crop protection solutions.

BioPhero has pioneered a highly efficient yeast fermentation process for manufacturing pheromones at significantly lower costs and with fewer production steps compared to competitors’ traditional chemical synthesis methods. Lower costs expand the pheromone addressable market from today’s focus on specialty fruit and vegetables to now include the large row crop market. FMC expects pheromones and pheromone-based products to contribute approximately $1 billion in revenue at above company-average EBITDA margin by 2030.

Mark Douglas, FMC president and chief executive officer, said, “BioPhero is a pioneer in the production of pheromones through a unique, highly efficient bio processing method—a game-changer in pheromone manufacturing technology. FMC’s broad market access, leadership position in the high-value insecticide market, formulation know-how and application expertise provide significant opportunities to bring sustainably advantaged pheromone technology to more agricultural markets around the world. We look forward to adding an extensive pheromone platform to our biologicals business and welcoming the BioPhero team to FMC.”

Pheromones can be used in an integrated pest management program to control the buildup of insect populations in farmers’ fields by disrupting the insect mating process, reducing overall egg-laying by adults and decreasing the next generation of the target insect population.

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