removal

(fine)chemistry & pharmaceutics.

Active compounds generated during their production of and those appearing in formulation (when ingredients are blended into the final product) can be efficiently removed with our advanced removal technologies.

Examples include:

• Toxic organics
• API’s (Active Pharmaceutical Ingredient) 
• Steroids/hormones
• Surfactants 
• Solvent/water
• Solvents
• Catalyst (metals)
• Anorganics
• Additives
• ...

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metals.

We remove metals originating from production processes or from catalytic applications, and enable their recovery; either for reuse in the client’s own operations or for cross-industry circular business models.

Examples include:

• Palladium 
• Zinc 
• Vanadium
• Cobalt
• Molybdenum
• Nickel
• ...

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micropollutants.

Micropollutants are harmful chemicals that remain in water even at extremely low concentrations. They are often persistent, toxic, or difficult to degrade. Our mobile units allow them to be removed safely & efficiently.

Examples include:

• PFAS
• short-chain PFAS like PFBA
• ultra-short PFAS like TFA & PFPrA
• EDCs
• Pesticide derivates like 1,2,4-triazoles
• ...

Find out more for micropollutants and for PFAS