PILS floating vision air sample liquefier

NegotiableUpdate on 02/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The PILS Float Vision TM air sample liquefier Z was initially developed by Georgia Tech University in the United States, and has been redesigned and industrialized by Applikon, a subsidiary of Metrohm. It is now available for sale. PILS can efficiently collect and dissolve aerosols in the atmosphere into a small amount of deionized water in a short period of time, and then manually or fully automatically send the water sample to ion chromatography and other analyzers for measurement.

Product Details

Instrument Introduction:

Aerosols are a general term for solid or liquid particles suspended in the air, typically ranging in size from 0.01 to 10 micrometers. They come from both natural and human sources of pollution. Aerosols are closely related to environmental degradation and human quality of life, not only affecting the climate, but also seriously affecting human health, such as causing various lung diseases. Therefore, the study of aerosols has increasingly become a focus of concern for scientists, manufacturing companies, and government departments.

The PILS Float Vision TM air sample liquefier was initially developed by Georgia Tech University in the United States, redesigned and industrialized by Applikon, a subsidiary of Metrohm, and is now available for sale. PILS can efficiently collect and dissolve aerosols in the atmosphere into a small amount of deionized water in a short period of time, and then manually or fully automatically send the water sample to ion chromatography and other analyzers for measurement.

Technical Specifications:

PILS standard configuration

*The control box includes a temperature controller for the steam generator and a probe temperature reader. Power supply: 110-240 V 50/60 Hz.
*The PILS tank body includes a steam generator, an air injection connector, an air outlet connector, a 1 m3/h flow restrictor, an impact disk, a connection inlet pipeline, a waste liquid and internal standard transport pipeline.
*The bubble removal device includes a connector and a pipeline connected to the analytical instrument.

Key Features:

*A sampling device designed specifically for aerosol research, with a reliable and durable structure
*The sampling time is short, ranging from 15 minutes to 1 hour,
*Compared with traditional sampling methods (requiring 12-72 hours), the sampling efficiency is greatly improved
*The internal standard correction function of *
*Can be equipped for use on Metrohm and other brands of ion chromatography
*Easy to operate, with self-cleaning function and minimal maintenance