- In January 2024, UPL Limited, a leading Indian multinational company, launched a new bioinsecticide called Tackler. This product, derived from the fungus Beauveria bassiana, is designed to control pests effectively across a wide range of crops. Tackler exemplifies UPL’s commitment to sustainable agriculture, aiming to reduce chemical pesticide use and promote eco-friendly pest management solutions
- In January 2024, Simbiose, a prominent Brazilian company, introduced the fungicide Frontier Control, containing Bacillus velezensis. This microbiological fungicide is formulated as a concentrated suspension (S.C.) and is intended for ground application. Frontier Control highlights Simbiose’s dedication to advancing sustainable crop protection methods, enhancing efficiency, and minimizing environmental impact in agricultural practices
- In October 2023, Vestaron Corporation, a U.S.-based company specializing in bioinsecticides, secured USD 10 million in funding to fuel its research and development in biopesticides. This investment supports the company’s efforts to create innovative, environmentally-friendly pest control solutions. Vestaron’s focus is on advancing sustainable agriculture by reducing reliance on chemical pesticides and expanding the biopesticide market
- In September 2023, Croda International plc., a British specialty chemicals company, launched Atlox BS-50, a new biopesticide aimed at controlling spore-forming microbes. This ready-to-use powder is designed to meet the growing demands of the biopesticide market, providing an efficient, eco-friendly alternative to traditional pest control methods. Atlox BS-50 is part of Croda’s strategy to support sustainable agriculture
- In April 2022, FMC Corporation unveiled a new biopesticide brand, Biológicos da FMC, in Brazil. This new initiative aims to introduce innovative modes of action and modern pest control solutions. The launch of Biológicos da FMC reflects FMC’s commitment to advancing sustainable agriculture, focusing on improving productivity while minimizing the environmental impact of traditional chemical pesticides
