Case Study: Removal of Triton X-100 from Pharmaceutical Wastewater
Removal of Triton X 100 from Pharmaceutical Wastewater is now required for companies which have authority to continue to use it following its ban by REACH in 2021.
The Triton X-100 Project
The aim of this project was to study the ability of the Nyex™-e system to destroy Triton X-100 from an aqueous solution to as low concentration as possible.
Oxidation experiments were conducted using a Nyex™-e to evaluate its effectiveness in destroying the Triton X-100.
HPLC and LCMS analysis was carried out on each sample to determine the concentrations of Triton X-100, starting from 16 mg/L. Experiments were conducted in a re-circulation mode and sampled from the container.
Jerome Budin
Wastewater consultant
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What’s it like to work with Arvia?
“Arvia have been interested, attentive and very knowledgeable in our project for treatment of API residues in waste. Their technology is innovative and has been proven to solve our waste issue.”
Pharmaceutical company, US
The Solution: Removal of Triton X-100 from water
Arvia’s Nyex™-e system was deployed against this application. This process uses electrochemical oxidation in a single, scalable unit. A low electrical current is passed which fully mineralises the contaminants to H₂O, H₂ and CO₂.
Results are achieved without chemical dosing or the generation of sludge reducing costs in terms of labour, transport of chemicals and specialist waste disposal.
Free industrial wastewater consultation
Tell us what organic compounds you need to remove from your water and our consultants will give their recommended approach which might involve:
- Engineering assessment of your water profile
- Treatability trial to scope the pilot
- Optioneering to determine best solution
Results: Removal Triton X-100 from Water
Two tests were done to show removal rates at low and high concentrations.
At a low inlet concentration of 16mg/L we reduced Triton X 100 to 0.01mg/L with only €0.70 per m³ in energy.
In addition, removal from a much higher concentration (1200 mg/L) was observed and a reduction to 1 mg/L was reached in about an hour and a half residence time with an energy consumption of 0.44 kWh.
This graph shows the treatment profile for the removal of the higher concentration of Triton X-100, still using a Nyex™-e system.
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Our water treatment process is used by many types of industries
Life sciences
We remove APIs and hard-to-treat micropollutants from wastewater for pharma, CDMOs, animal health, biotech and biopharma sectors.
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Manufacturing
We provide industrial wastewater treatment solutions removing biocides and other micropollutants in wash water and blowdown water.
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Our aquaculture wastewater treatment removes pesticides used to treat sea lice, as well as medicines and off-flavours found in RAS facilities.
