The Role of Sartorius’ Lab Water System in the Reduction of Microplastic Content in Ultrapure Water
Authors: Aatto Rautio, Vladimir Stankov, Martin Šteković, Ivana Kučar, Dr. Kunal Kureja | Last updated: January 2024
Overview
Microplastics in water and the environment are a major concern among environmental professionals. These microplastic particles are everywhere, even in your drinking water. They have been found inside human bodies and are suspected of causing long-term health issues. Authorities and professionals are currently developing new regulations to reduce microplastic pollution in the future.
Read the application note to learn about how effective Arium® Pro VF Ultrapure Water Systems are in removing microplastic particles from deionized water, or other suitable water sources.
- Document type: Application Note
- Page count: 10
- Read time: 15 minutes
Key Takeaways
Microplastic contamination is a significant environmental concern, with implications for water quality and ecosystem health.
The Arium®Pro VF series is presented as an effective solution for removing microplastic particles from feed water, ensuring a high purity level for laboratory use.
The system is designed to prevent the introduction of new microplastic particles during the water purification process.
Laboratories aiming to minimize microplastic contamination can depend on the Arium®Pro VF system for a reliable supply of clean water.
Implementing the Arium®Pro VF system for in-house water treatment can lead to significant cost savings and contribute to environmental sustainability by reducing the need for external water sources.
This Resource is Designed for:
- Lab Technicians
- Analytical Chemists
- Academic Researchers
- Food & Beverage Scientists
- Policy Makers
- Environmental Scientists
- Regulatory Agencies
- Water Treatment and Utility Companies
Applications Supported:
- Microplastic Content
- µ-Raman
- ASTM Type I Water
- Laboratory Water
- Ultrapure Water
- Arium® Pro VF Ultrapure Water Systems
Figure 1. Cover of Application Note
