- Industrial Gas
- Pharma Production
- Pharma QC
- Refineries / Petrochemical
- Static Control
- Alternative Energies
- Sugar
- Cement
- ATEX
- Tobacco
- Environment
- Paints & Coatings
- Waste Incineration
- Beverage
- Food
- Police / Fire Brigade / Emergency
- Chemical Industry
- Engineering
- Research / Science
- Plastics
- Biogas
- Semiconductors
Introduction
Dr. Marino Müller AG combines the strength of over 25 years of instruments sales, service and application support experience. With cutting edge technology from a wide range of partners, Dr. Marino Müller AG delivers robust, cost effective instrumentation systems exceeding customer measurement requirements.
Sensitive Multi-Gas Analyser ENVI-VOC
The ENVI-VOC™ is a multi-gas trace detector for detection and identification of Volatile Organic Compounds (VOCs) in the ppb-range without any pre-concentration. While performing analysis the ENVI-VOC™ separates the complex mixtures with the GC capillary column and makes the analysis with a highly sensitive Photo Ionization Detector (PID). The ENVI-VOC™ can be individually adjusted for the customer’s specific requirements.
The ENVI-VOC™ is a highly sensitive multi-gas detector for VOCs like BTX respectively BTEX aromatic compounds but also for many other toxic gases. The ENVI-VOC™ is not sensitive to interference from humidity and provides both manual and automatic sampling & analysis.
The PID used in the device is a special design in the ppb-range. The operating costs are low since no carrier gas is required. The ENVI-VOC™ can be setup as a mobile working analyzer but can also be connected to an external computer via interface.
Features
Technology Used
- Photo Ionization Detector (PID) with Gas Chromatographic Separation with GC-column
Typical Applications
- Gas and Oil Production and Pipeline Safety
- Plastics Manufacturing
- Semiconductor Fabrication
- Chemical Processing
- Medical Sterilization, i.e. ETO
- Primary Metal Processing
- Solar and Flat Panel Production
- DUV Photoresist Development
- High Purity Filter Manufacturing
- Pharmaceutical Production and Sterilization
- Fluoropolymer Contamination