Unlock the future of mining with Syensqo at SME MINEXCHANGE 2026
Don’t miss Syensqo at SME MINEXCHANGE 2026! We’ll be unveiling our latest mining reagent innovations, sharing insightful technical presentations, and connecting with top experts in the industry. Come be part of the excitement!
Every year, SME gives us the opportunity to demonstrate our ongoing commitment to the mining industry by showcasing how our latest innovations — each designed to tackle the industry’s most persistent challenges — improve performance, safety, and sustainability. We’re proud to stand alongside our customers as a trusted co-innovation partner, working together to drive progress across the sector.
As in previous years, our experts will be available to discuss Syensqo’s broad range of reagent innovations and to talk with you about your operation-specific challenges.
Featured Presentations
We hope you can join us for our technical presentations. Discover how Syensqo is tackling critical mineralogical and processing challenges, and gain practical insights from real-world case studies.
Froth Management in Cu/Mo Separations
Tuesday, February 24, 2026 / 3:05 pm
Presented by: Mitch Lancaster
This presentation will examine the causes of persistent overfrothing in Cu/Mo separation circuits and highlight chemical strategies - including novel, non-hazardous defoamers - to improve froth control and separation performance.
Pyrite Management: From Diagnostics to Reagent Solutions
Wednesday, February 25, 2026 / 2:05 pm
Presented by: Fan Zeng
This presentation will explore the mechanisms behind pyrite flotation, diagnostic tools, and advanced reagent solutions - highlighting case studies and novel collectors that improve pyrite rejection and copper concentrate quality.
Not a “One Size Fits All” - Addressing the Deficiencies and Misconceptions of Xanthate
Wednesday, February 25, 2026 / 3:25 pm
Presented by: Mitch Lancaster
This presentation will challenge the “one size fits all” use of xanthate collectors by demonstrating, through real ore flotation and electrochemical evidence, their limitations in selectivity and performance and providing guidance for more effective collector selection in sulfide flotation.
