What Are the Differences Between Laboratory Ultrapure Water Systems and Traditional Water Intake Methods?

Traditional laboratory water supply in China is produced using distillation equipment or ion exchange systems, both of which have varying degrees of problems. Distillation equipment consumes a lot of water and electricity, with annual bills reaching nearly 10,000 yuan, incurring significant labor costs. All laboratory directors are eager to move away from distillation-based water supply. Previously, ion exchange equipment required a dedicated room to house the equipment, and weekly resin regeneration was also a cumbersome task. There have been instances where instructors responsible for resin regeneration refused to perform the work and became disgruntled. Later, many laboratories simply purchased water, but this often involved transportation difficulties, and the water quality could not be guaranteed if stored for extended periods.

UPU, based on market demand and practical applications, has developed a series of laboratory ultrapure water systems, providing customers with laboratory ultrapure water solutions that offer more rational process design, more stable quality, simpler operation, and lower operating costs. The UPU series ultrapure water system features a streamlined design that can directly purify tap water into laboratory-grade pure and ultrapure water that meets the national standards GB6682-2008 and GB/T 33087-2016 for high-purity water for instrumental analysis. Its fully automatic, user-friendly design provides clear visibility of system operation, making it convenient, time-saving, labor-saving, worry-free, and cost-effective. This frees up laboratory personnel from traditional water collection methods, allowing them to focus more on their work.