Despite their vital importance to so many operations, industrial boilers and plant heating systems are often given a low priority in terms of maintenance and overhaul. This can be a costly mistake that leads to growing levels of scaling and corrosion
This article explains how, in an industry first, light-emitting diodes (LED) are being used to deactivate bacteria in purified water at the point it is dispensed. Solving a host of issues associated with conventional systems.
At last, it seems that businesses are no longer questioning whether climate change is an existential threat and instead deciding how best to tackle it.
Most lab technicians will be aware that purified water is required during final rinsing of dirty and soiled glassware because it removes surface contaminants from the washing process.
The economic and ecological arguments for water conservation in renal units are undeniable, and thankfully there are now options for addressing it in every situation.
Purified water has long been an essential raw material used in clinical, pathology and haematology laboratories. Regardless of the application or the volume or quality of water required, there are certain critical factors…
Reverse osmosis (RO) is a powerful method of producing purified water for clinical and biomedical laboratories. However, poor specification and incorrect maintenance procedures can significantly reduce the quality of output from RO water purification systems.
Choosing, operating and maintaining a clinical RO water system should be straightforward. So, what are the specific problems that prevent the best results from being achieved?
Purified water is a critical resource for clinical and biomedical laboratories for a range of applications. In each case, consistent and high-water quality is crucial for conducting reproducible and comparable tests.
The pH scale, first introduced in 1909 by Danish chemist Søren Sørensen, has been extensively used since its inception.