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Casterra Reports Successful Commercial Castor Field Trials in Brazil

Casterra Ag Ltd. and Fantini Italia S.R.L. have announced a strategic collaboration to develop large-scale, mechanized castor cultivation systems.

Key Takeaways

  • Casterra Ag Ltd., a subsidiary of Evogene Ltd., completed successful commercial field trials across 74 hectares in Brazil's State of Bahia, demonstrating economically viable large-scale mechanized castor farming.
  • The trials utilized Casterra's proprietary seed varieties designed for mechanization and low-input cultivation, with 64 hectares grown under rainfed conditions and 10 hectares using center pivot irrigation.
  • Total rainfall during the growing cycle amounted to 382 mm, while comprehensive data collection covered all field operations including nutrient and crop protection applications for full farming cost assessment.
  • Casterra plans to establish a local Brazilian subsidiary and form strategic partnerships with leading castor oil producers while expanding trials across multiple Brazilian states in 2026.
  • The company aims to position castor oil as a competitive feedstock for biofuel production and other bio-based industries including lubricants, surface coatings, cosmetics, and pharmaceuticals.

Casterra Demonstrates Economic Viability in Brazilian Trials

Casterra Ag Ltd., a wholly owned subsidiary of Evogene Ltd. (NASDAQ: EVGN), announced the completion of successful commercial field trials in Brazil that highlight castor oil's potential as an economically viable biofuel feedstock. The trials were conducted across 74 hectares of commercial farmland in the State of Bahia, with the majority of the area grown under rainfed conditions.

The field trials confirmed that large-scale, mechanized castor farming is economically viable using Casterra's advanced seed varieties across diverse growing conditions. These proprietary seeds were specifically designed for mechanization and low-input cultivation to support profitable farming operations.

Trial Results and Data Collection

During the growing cycle, the test areas received 382 mm of total rainfall. The trials evaluated various plant populations and nutrient application rates, with comprehensive data collected on all field operations. This included detailed tracking of nutrient and crop protection applications, enabling a complete assessment of direct farming costs.

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