Sustainability & Environmental Compliance Solutions
Sulzer supports sustainable manufacturing by minimizing solvent losses, removing contaminants, and recovering bio-based chemicals and fuels. Our OptimEXT™ technology enhances regulatory compliance by effectively eliminating hazardous substances such as sulfur, PAHs, and phenols. Designed for renewable feedstocks and circular economy goals, Sulzer’s solutions improve product quality while reducing environmental impact and supporting global sustainability commitments.
Regulatory Compliance
Selectively removes hazardous contaminants to meet stringent environmental standards
Value Enhancement
Improves product quality maximizing profitability
Cost-Efficient Solution
Achieves up to 50% energy savings and 70% solvent reduction for greener operations
Get in touch
Felix Feng
Global product line manager
Contact our expert for more information about Product Recovery and Purification Solutions.
Your process goals
Extract valuable bio-based chemicals and renewable fuels
Remove contaminants to meet product quality and regulatory standards
Reduce Solvent Losses to improve process sustainability
Main applications
Recover Furfural, 5-HMF, Vitamins, Algae-derived products, Caffeine, and Carotenoids
Remove Aromatic compounds such as PAHs, TDAE, and RAE
Eliminate PCA from Recycled Lubricating Oils
Extract Acetic Acid efficiently from wastewater streams
It extracts bio-based chemicals, removes contaminants, and minimizes solvent losses for greener, compliant processes.
Furfural, 5-HMF, vitamins, algae extracts, caffeine, and carotenoids.
Aromatics like PAHs, TDAE, RAE, PCA from recycled oil, and acetic acid from wastewater.
By reducing hazardous emissions and ensuring product quality meets regulatory standards.
Explore more applications of OptimEXT
Discover how OptimEXT tackles diverse separation challenges maximizing yield, enhancing purity, and improving efficiency across industries and processes.
Maximize product yield and purity in chemical, pharmaceutical, and specialty chemicals applications
Recover valuable components from waste streams, creating additional value, minimizing losses and improving sustainability
Reduce operational costs and improving efficiency by cutting down on steam, electricity, and cooling requirements
Achieve efficient, selective separation overcoming azeotropes, thermal degradation, and poor phase separation.
