Client Overview: Leading Ontario University Laser Research Facility
A prestigious university in Ontario sought an advanced solution to eliminate CO2 from compressed air used in its high-power mid-infrared laser system. Excess water vapour and carbon dioxide compromised the system’s performance, necessitating a highly efficient CO2 removal dryer.
The Challenge: Ultra-Pure Air for Sensitive Laser Systems
To maintain optimal laser performance, the university required compressed air with:
CO2 levels below 1 ppm
A pressure dew point of -70°C
These stringent specifications called for a highly efficient, low-maintenance CO2 removal system. Also, the existing systems couldn't meet these stringent purity standards without excessive upkeep.
The Solution: L1 Lab Gas CO2 Removal Dryer
nano-purification solutions provided the ideal answer with the L1 Lab Gas CO2 Removal Dryer, a cutting-edge system designed to meet the university’s precise requirements. Key benefits include:
Minimal Maintenance: Built on a standard modular desiccant dryer design, requiring only basic tools for upkeep. The coalescing prefilter element is the only component needing annual replacement.
Scheduled Maintenance:
Every two years: Replacement of the desiccant cartridge, inlet and outlet ball valves, and silencer strip.
Every four years: Exhaust valve replacement ensures long-term reliability.
Easy Desiccant Replacement: The use of sealed desiccant cartridges prevents contamination, allowing for quick and mess-free replacements.
After evaluating the university’s needs, the NDC 300 GF was selected as the most effective solution. Additionally, a desiccant service kit was included to ensure long-term efficiency. The vacuum-sealed desiccant cartridges allow for prolonged storage without degradation or contamination.
The Results: Increased Efficiency & Expansion
Upon installation, the university confirmed that the L1 Lab Gas CO2 Removal Dryer successfully met its stringent air purity requirements. The immediate benefits led them to purchase a second unit for expanded operations in their laboratory.
By implementing the L1 Lab Gas CO2 Removal Dryer, this leading Ontario university significantly improved the performance of its high-power laser system while reducing maintenance requirements. This case study highlights how advanced CO2 removal technology ensures reliable, high-purity compressed air solutions for scientific and industrial applications.
