Research & Development

Engineering Competitive Chemical Pathways

Our R&D drives process innovation from gram-scale research to pilot validation and plant implementation. Our in-house teams develop cost-efficient, non-infringing technologies that strengthen manufacturing resilience and long-term competitiveness.

R&D at a Glance

Measuring the Strength of Our Scientific Foundation

Key indicators reflecting BCIL’s research depth, process expertise, and scale-ready innovation capabilities.

100% In-house Process Development

All manufacturing processes are developed internally.

Lab-to-Commercial Scale Capability

From lab research to pilot and plant execution.

30+ Technicals & Intermediates

A diversified, R&D-led product portfolio.

2 New Technicals Launched (FY 2024–25)

Trifloxystrobin and Chlorantraniliprole commercialised.

3–4 Products Planned (FY 2025–26)

Pipeline aligned with off-patent opportunities.

IICT–CSIR Scientific Support

Strong institutional research collaboration.

Our R&D Capabilities

Process Innovation Built for Manufacturing

Process Chemistry & Route Design

Our R&D capabilities are rooted in process chemistry, with a focus on developing efficient, scalable, and commercially viable synthesis routes for agrochemical actives and intermediates.
  • Optimised routes designed for commercial manufacturing
  • Emphasis on yield improvement and cost efficiency
  • Processes tailored for scale and regulatory compliance

Non-Infringing Process Development

A core focus of Bhagiradha’s R&D is the development of non-infringing processes for off-patent molecules, enabling secure and competitive manufacturing without intellectual property risks.

  • IP-safe manufacturing pathways
  • Commercial viability built into process design
  • Strong alignment with global regulatory expectations

Lab-to-Plant Scale-Up Capability

The R&D teams manage the complete transition from laboratory research to pilot validation and plant-level implementation, ensuring reliable and reproducible scale-up.
  • Lab-scale development and optimisation
  • Pilot validation before commercial transfer
  • SOP-driven implementation at manufacturing scale

Backwards Integration & Import Substitution

R&D plays a strategic role in developing backwards-integrated processes that reduce dependence on external suppliers and enhance supply chain resilience.
  • In-house development of critical intermediates
  • Reduced exposure to import volatility
  • Improved operational and cost stability

Cost, Yield & Sustainability Optimisation

Continuous optimisation of existing manufacturing processes enables us to improve cost structures, enhance yield efficiency, and reduce environmental impact.
  • Ongoing process refinement initiatives
  • Focus on operational efficiency and waste reduction
  • Sustainability through smarter process design

Pipeline Development & Commercialisation

Our R&D pipeline focuses on products nearing patent expiry and opportunities for more efficient synthesis, ensuring a steady flow of commercially relevant innovations.
  • Successful launches of Trifloxystrobin and Chlorantraniliprole
  • Active development of new generics and intermediates
  • Market-aligned and scale-ready product pipeline

Scientific Linkages & Knowledge Network

BCIL maintains strong scientific linkages with the Indian Institute of Chemical Technology (IICT–CSIR) and experienced technocrats, strengthening its research depth and innovation capabilities.

  • Collaboration with national research institutions
  • Continuous knowledge exchange and technical guidance
  • Strong foundation for long-term R&D advancement

Working With Partners

Collaborative Research for Practical Outcomes

Our R&D approach is strengthened through close collaboration with customers and strategic partners. By working jointly on product and process development, our teams align scientific innovation to meet 100% manufacturing and market requirements of globe. These partnerships enable efficient scale-up, cost-effective solutions, and long-term value creation built on trust, technical depth, and shared objectives.