When a heating system no longer gets properly warm, the cause is rarely a single component. In practice, it is more often a combination of hydraulic, mechanical, and—particularly often underestimated—water chemistry factors. The latter, in particular, develop gradually. The system is running, and heat is somehow reaching the rooms—but no longer at the desired quality. […]
Vadion Inside - The UWS Blog
Mixed-bed resins are among the key tools in modern heating water treatment. Yet, in practice, how they work often remains abstract. Often, only the result is considered—low conductivity, “demineralized water”—without truly understanding what happens in detail. It’s worth taking a closer look. Because, especially when it comes to heating water treatment, understanding the processes determines […]
In many heating and cooling systems, water is still regarded as a secondary operating medium. Yet water quality plays a decisive role in determining efficiency, service life—and, above all, the operational reliability of the entire system. Because one thing is clear: A failure rarely occurs suddenly. It usually announces itself over the course of months—behind […]
The pH value is one of the most frequently measured – and at the same time one of the most underestimated – parameters in heating water.In many cases it is checked once, ticked off, and then no longer questioned. The problem with this approach is simple: A pH value outside the recommended range does not […]
Sustainability in building technology is often reduced to energy generation and heat generators. More efficient boilers, heat pumps, subsidy programs – all of these are important. What is often overlooked, however, is that: Water quality plays a decisive role in how sustainably a heating system really works. Treated heating water is not a minor detail, […]