Agriculture plays a central role in the planet’s economic and social balance. According to the Food and Agriculture Organization of the United Nations (FAO), global food production will need to increase significantly in the coming decades to meet the demands of a growing population, while also coping with limitations on natural resources and the impacts of climate change. Even today, a substantial share of crops is lost every year due to pests, diseases, and weeds — a challenge that reinforces the need to produce more with less, balancing productivity and sustainability.

Tropical Resilience

In this context, tropical-climate countries such as Brazil take on a strategic leadership role. With conditions that allow multiple production cycles throughout the year, tropical environments support high levels of productivity but also present intense challenges. High temperatures, elevated humidity, and constant pressure from pests and diseases create a complex scenario that requires robust, well-adapted technological solutions. At the same time, this environment serves as a true open-air laboratory, driving agricultural innovation and the development of new approaches to crop management and protection.

Within this landscape, agrochemicals play an essential role in preserving the productive potential of crops. When used efficiently and responsibly, these inputs directly protect crops throughout their entire lifecycle, reducing losses and increasing production predictability. Beyond the active ingredient itself, how products are formulated and applied has a decisive impact on results. Technologies that improve coverage, reduce drift, and enhance stability contribute to more precise applications, lowering waste and environmental impact while increasing operational safety.

Formulation Engineering

Formulation engineering has therefore gained increasing importance. Advances in practices such as precision agriculture demand agrochemicals that are fully compatible with modern systems and capable of delivering consistent performance even under adverse conditions, such as those commonly found in tropical regions. Solutions including more stable suspension concentrates, improved tank-mix compatibility, and multipurpose formulations reflect this evolution and help build more efficient and resilient agricultural systems.

By structuring its agrochemicals activities as a strategic business unit, Lubrizol brings its expertise in surface science to support the development of high-performance formulations. Through a “local-for-local” approach, the company aims to create solutions tailored to the specific needs of each region — especially in tropical environments, where heat, humidity, and high biological pressure demand differentiated technologies.

As global agribusiness continues to evolve, innovation becomes an indispensable factor in sustaining responsible growth. The integration of science, technology, and local knowledge will be critical to strengthening agricultural resilience, ensuring productivity, food security, and long-term sustainability.

Agrochemicals in a Growing Agricultural Sector: Innovation for Productivity