At Kimitec, innovation goes hand in hand with scientific rigour. Within the framework of the CARINA project, the company has developed and tested new formulations of bioherbicides and bioinsecticides that harness the natural properties of camelina and carinata.

The formulations were subjected to a demanding protocol of chemical characterisation, physical-chemical evaluation, and efficacy testing under accelerated storage conditions (54°C for two weeks) in commercial HDPE containers. The results demonstrate excellent stability and market-comparable performance even under extreme conditions.

The bioherbicide prototypes, based on wood vinegar, camelina and carinata oils, and pelargonic acid, were designed as broad-spectrum, non-selective herbicides targeting dicot weeds in early post-emergence stages. Their mode of action is primarily by contact, similar to pelargonic acid, providing a natural and sustainable alternative to synthetic herbicides.

In parallel, the bioinsecticide formulations combine glucosinolates derived from camelina and carinata with camelina oil to create broad-spectrum insecticide-acaricides. These target soft-bodied pests such as aphids, whiteflies, spider mites, thrips, and mealybugs. In addition to direct contact mortality, the formulations exhibit repellent and antifeedant properties, supporting environmentally friendly pest management practices.

Both product groups incorporate Kimitec’s proprietary synergist candidates and specific blends of adjuvants and co-formulants to enhance efficacy and ensure optimal field performance.

The results confirm that camelina and carinata-based bioproducts can provide reliable, sustainable solutions for weed and pest control while reducing dependence on synthetic agrochemicals. These findings strengthen the role of innovative bio-based formulations in building a more sustainable and resilient agricultural system across Europe.