Applied Science | Lamberti Agriculture

The multilevel engagement defines the design of our future path: we collaborate with Universities, Farmers' Associations, Contract Research Organizations to ensure product development according to agronomic protocols and field efficiency. We conduct ethnographic studies by monitoring how people perceive environmental change and what their expectations for the future are. This allows us to anticipate emerging trends and needs. Close collaboration with customers also plays a key role in our production.

Resources

Modern Dispersions

Trying to overcome barriers to the uptake of the active ingredients, build up of pests’ resistence to mode of actions, and logistic and transportation challenges, dispersions have become more and more complex with multiple active ingredients and the inclusion of activators or utility adjuvants.

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Green Agriculture

New scientific insights generated technologies that help science to confirm the efficacy of existing products and facilitate new developments, casting a new light on the use of active species of mineral or natural origin, under the belief that they are better disposed of by the environment.

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In-can Adjuvants

Embedding an adjuvant inside a formulation allows to improve its efficacy by removing hurdles that prevent the active material from losing efficacy and allows it to adhere to the target and quantitatively penetrate the leaf. We actively research in this field to provide the formulators with sustainable solutions.

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Drone Spraying

Drone spraying is gaining ground over traditional spray techniques. At the same time it requires to work with very concentrate tank mixes and the drone's propeller system generates more drift than traditional spraying systems. We have developed many products to overcome these difficulties.

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Seed Applied Technologies

The solid particles of the formulations used for seed treatment have a diameter in the range of microns and mechanical movimentation of the seeds during sowing can generate clouds of dangerous dust. We have developed a coating polymer with flowing properties that increase the planting precision.

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Water Management

It is possible to mediate the water-soil chemical interactions through systems that improve the penetration and the retention of the water in the root areas, helping plant hydration as well as nutrition. We have studied extensively these interactions and have developed specific systems that help agriculture resilience, water conservation and farmers wealth.

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