Active Pharmaceutical Ingredient (API) removal

 

Our path to successful removal of Active Pharmaceutical Ingredients (API) from side streams. 

 

Actively avoiding Pharmaceuticals in the Environment (PIE)

Modern medicine has transformed global health, enabling longer lifespans, quicker recoveries, and effective management of diseases that were once considered fatal. For this progress, we can be truly grateful. However, the expanding pharmaceutical industry has brought an unintended challenge: Pharmaceuticals in the Environment (PIE). This growing concern threatens both natural ecosystems and human health.

Active Pharmaceutical Ingredients (APIs) enter the environment primarily through three pathways, as shown on the figure:

  • Manufacturing
  • Usage
  • Disposal

Of these, manufacturing contributes the least, while usage and disposal account for the majority of API release.

Under current EU regulations, the pollution caused by end-users is addressed through the polluter pays principle. At the same time, manufacturing and formulation sites are also obligated to minimize PIE. During API production and formulation, wash water often carries traces of APIs into wastewater systems. Currently, most of this wastewater is managed through incineration – an energy-intensive, expensive, and unsustainable solution.

 

  

 

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Our solutions. 

We are capable of treating APIs at various stages throughout the production process. For instance, explore our tailored solution for steroid removal early in the production chain. This approach was specifically designed to address the high potency of this particular API.

For other scenarios, we have developed standardized solutions, such as combinations designed to remove a broad spectrum of pharmaceuticals effectively.

This standardized combination approach is based on our hybrid sequence of technologies, with each step playing a crucial role in efficiently reducing the APIs in the complex matrix to below detection limits.

  • Physico-chemical pretreatment (Technology A)
  • Ozonlysis (Technology B)
  • Targeted adsorption (Technology C)

 

 

This configuration results in the highest selectivity and lowest energy demand to treat API containing streams, compared to a mono technology like membranes or electro oxidation.

 

our advantages
GENERAL
APPLICABILITY

for API-containing streams

SELECTIVE
REMOVAL

of multiple APIs (99.99999 %)

REDUCED
COSTS

compared to transport & incineration

BROMATE FREE
AOX FREE

Avoiding formation of bromates and removal of halogenated organic compounds (AOX)

INCREASED
EFFICIENCY

due to synergy between different technologies

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