SWAN
AMI Pharmacon – Conductivity Monitoring for Pharmaceutical Water Systems
In pharmaceutical production, water quality must be continuously monitored and documented to meet strict regulatory requirements. Conductivity is one of the key parameters used to verify water purity in systems such as Purified Water (PW) and Water for Injection (WFI).
The SWAN AMI Pharmacon analyzer provides high-precision online conductivity measurement designed specifically for pharmaceutical water systems. It supports continuous monitoring and helps ensure compliance with pharmacopeia standards.
With reliable conductivity data, you can maintain validated water quality and stable production conditions.
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Designed for compliance with pharmaceutical standards
The AMI Pharmacon is developed for applications where regulatory compliance and documentation are essential.
The analyzer supports measurement requirements defined in:
- USP (United States Pharmacopeia)
- EP (European Pharmacopoeia)
It enables accurate conductivity measurement at different temperatures, including:
- temperature-compensated conductivity
- non-compensated conductivity (as required by pharmacopeia methods)
This ensures that your measurements align with validated procedures for pharmaceutical water quality control.
Accurate conductivity measurement for high-purity water
The AMI Pharmacon uses high-precision conductivity sensors combined with stable temperature measurement and compensation.
This allows:
- reliable detection of ionic contamination
- stable measurement at very low conductivity levels
- continuous monitoring in water loops
The system is optimized for low conductivity ranges typical of purified water and WFI systems.
Why conductivity monitoring is critical in pharma
Conductivity is a key indicator of ionic contamination in high-purity water.
In pharmaceutical systems, it is used to:
- verify water purity
- support batch release and documentation
- ensure compliance with pharmacopeia limits
- detect contamination or system deviations
Continuous monitoring allows you to maintain validated conditions and respond quickly to changes in water quality.
Key features supporting pharmaceutical water monitoring
- Continuous online measurement of conductivity in PW and WFI systems
- Designed for USP and EP compliance
- Measurement of both compensated and non-compensated conductivity
- High accuracy at low conductivity levels
- Stable temperature measurement and compensation
- Hygienic design suitable for pharmaceutical environments
- Industrial communication interfaces for monitoring and documentation
These features support validated monitoring and documentation of water quality in pharmaceutical production.
Applications in pharmaceutical water systems
The AMI Pharmacon analyzer is used in systems where water quality must meet strict regulatory requirements.
Typical applications include:
- Purified Water (PW) systems
- Water for Injection (WFI) systems
- Pharmaceutical distribution loops
- Storage and recirculation systems
- Clean utilities in pharmaceutical production
Continuous conductivity monitoring ensures that water systems remain within specified limits and compliant with regulatory standards.
Benefits for your operation
With a dedicated pharmaceutical conductivity analyzer you gain:
- Reliable monitoring of critical water quality parameters
- Support for regulatory compliance (USP / EP)
- Continuous verification of water purity
- Improved documentation and traceability
- Reduced risk of production interruptions
These benefits help ensure safe, compliant, and efficient pharmaceutical production.
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