Evoqua Water Technologies W3T262426 CO2-DEGASSING SYSTEM, 120 - 5000L/H

The Evoqua W3T262426 CO2-Degassing System 120-5000 L/H is designed for efficient membrane degassing in demanding water treatment and laboratory applications. Built to support flow rates from 120 to 5000 L/H, this system helps remove dissolved CO2 effectively, making it suitable for processes where stable water quality and dependable degassing performance are required.

Key Features:

• Brand: Evoqua
• Part Number: W3T262426
• Type: CO2-Degassing System
• Flow Rate: 120-5000 L/H
• Application: Suitable for membrane degassing in water treatment and laboratory systems
• Performance: Designed for efficient dissolved CO2 removal
• Use: Ideal for processes requiring dependable water quality control
• Packaging: Sold individually

This Evoqua degassing system is a practical choice for users needing reliable CO2 removal and consistent performance across a wide operating range.

Frequently Asked Questions

1. What is the Evoqua W3T262426 CO2-Degassing System 120-5000 L/H used for?

The CO2 is designed for membrane degassing in water treatment and laboratory systems. This co2-degassing system format supports routine laboratory work in that application.

2. What are the main specifications of the CO2?

The main specifications of the CO2 are that the flow rate is 120-5000 L/H. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the CO2 suitable for membrane degassing in water treatment and laboratory systems?

Yes. The CO2 is suitable for membrane degassing in water treatment and laboratory systems. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement. Where chemicals or solvents are involved, confirm that the product material is suitable for the specific substance and conditions before use.

4. What pack size is the CO2 supplied in?

The CO2 is supplied as Sold individually. This is useful when planning stock levels and routine laboratory consumption.