Elimination of Active Pharmaceutical Ingredients (API)

By selectively eliminating functional chemicals (active pharmaceutical ingredients (API), pharmaceutically active compounds (PhACs)) we supply an economical tool to eliminate active pharmaceutical ingredients in wastewater from pharmaceutical and chemical production. In these applications, we offer an array of treatments with different scopes:

  • Degradation of the active ingredients like APIs or PhACs, below a defined target concentration. Active pharmaceutical substances are degraded by UV oxidation to below the PNEC, or so far that the PNEC of the APIs can be complied with.
  • Degradation of the active ingredients by advanced UV oxidation to below the PNEC and destruction of the by-products. The wastewater matrix is completely detoxified. We also use this type of treatment to treat antibiotics to prevent the formation of multidrug-resistant bacteria.
  • Advanced UV oxidation until complete detoxification and maximum bioavailability. Here, our advanced UV oxidation processes treat wastewaters in such a way that, in combination with a biological treatment, COD initial concentrations between 50 and 100 g/L are reduced to concentrations down to approx. 30 mg/L. In many cases, then the direct discharge to rivers is allowed.

Typical example application fpr API-elimination are:

  • Antibiotics, e.g. Sulfamide, Penicillin, Amoxicillin ...
  • Hormones, such as Cyproterone acetate, Letrozole, Ethinylestradiol, Levonorgestrel, ...
  • Cytostatics, such as Capecitabin, Vinorelbin, ...
  • Complex structures, such as Pantopranzole, Urapidil, ...
  • Solubilizers, e.g. Triton, Octylphenols, ...

If desired, an advanced oxidation process (AOP) with our UV systems can completely mineralize the hazard organics including organic matrix.

For elimination of API and PhACs you find an several cases studies here.

Link to our publications.


Elimination of cytostatic API

Elimination of cytostatic substances (Pharmaceutically active compounds) demand highest requirements to elimination technology. All cytostatic API are highly potent and are not allowed to be exposed to humans.

Cytostatic substances have to be eliminated completely.

Huge advantage of Enviolet UV Oxidation of cytostatics are low OPEX at very interesting CAPEX. Units are operating completely automatic and even can be equipped for man-less operation without any residues.

Thermal disposal like incineration for example shows costs which are higher for orders of magnitude and incineration of water can not be considered as an ecologically meaningful process.

Therefore, Enviolet offers best elimination of Pharmaceutically active compounds (PhACs) under economic and ecologic aspects.

A new publication regarding the application will be published in June 2019.

UV-Oxidation of hormones

Enviolet UV-Oxidation is best for elimination of hormones. Many Enviolet installations are used in pharmaceutical industry for elimination of highly potent hormones and also other Pharmaceutically active Compounds.

Enviolet-process is robust and efficient. With this process the user has available an easy and economic disposal method.

As special feature, the Enviolet-process does not need any pre-treatment, and no contaminated liquid and no solid side-streams are generated.

Publication elimination of hormones at Haupt Pharma.

Enviolet offers best elimination of Active Pharmaceutically Ingredients (API) under economic and ecologic aspects.

UV-Oxidation of antibiotics

Elimination of multi-resistant-germs

Antibiotics are problematic compounds for wastewater treatment because in their presence biological wastewater treatment plants cannot be applied, or show a bad performance. Today even the risk of forming multi-resistant-germs is known, when low amounts of antibiotics are sent to biological wastewater treatment plants.

Enviolet UV oxidation is used to detoxify wastewater at many antibiotic producers. The UV oxidation is usually used as a pretreatment for the highly loaded mother liquor, which then later diluted due to the high salt load with other factory effluents, before sent to biological treatment.

The UV oxidation of antibiotics are beautiful examples of effluents with high COD (50 - 80 g/L) and high salt loads (up to 200 g/L) can be successfully detoxified with advanced UV oxidation.

In addition to the antibiotics, other compounds such as phenols and others are converted to harmless and often natural ingredients like acetic acid, malonic acid, or apple acid, by means of photo-oxidation.