Project Overview
Bilancia supported a major agrochemical manufacturer in conducting cradle-to-gate Life Cycle Assessments (LCA) of pesticide synthesis processes. The engagement enabled the client to understand the environmental footprint of active ingredient production and use the insights to inform sustainability strategy, product stewardship, and process improvement initiatives.
Client Challenge
The client faced increasing expectations from customers, regulators, and internal stakeholders to demonstrate environmental responsibility in chemical manufacturing. While multiple synthesis routes and production configurations existed, the organisation lacked a consistent, data-driven basis to assess environmental performance and prioritise improvement efforts.
Without robust life cycle insights, it was challenging to:
- Identify environmental hotspots within synthesis processes
- Compare alternative production pathways objectively
- Support sustainability and product stewardship claims
- Inform R&D and process optimisation decisions
High-Level Scope of Engagement
Bilancia was engaged to conduct cradle-to-gate LCAs covering key pesticide active ingredients, focusing on upstream raw materials through active ingredient manufacturing. The scope was designed to generate decision-relevant insights to support sustainable chemistry and operational improvement, rather than purely academic assessment.
Key Deliverables
- Product-level cradle-to-gate LCA study reports
- Identification of material and process-level environmental hotspots
- Comparative insights across alternative synthesis pathways (where relevant)
- Executive summaries to support internal decision-making and stakeholder communication
Outcomes / Impact
- Enabled prioritisation of R&D and process optimisation initiatives based on environmental performance
- Supported product stewardship discussions with customers and regulators using credible LCA evidence
- Informed sustainable chemistry and process improvement efforts
- Strengthened internal understanding of environmental trade-offs in chemical synthesis
- Provided a foundation for ongoing sustainability and innovation initiatives