Global warming, driven by the increasing concentration of greenhouse gases in the Earth's atmosphere, has far-reaching consequences on our planet. While most discussions focus on rising temperatures and melting ice caps, there's another, less visible aspect of global warming that deserves attention: its impact on airborne water.

As part of a customer project, we installed a test rig on-site in Europe that will be running during the summer.

Water, the lifeblood of our planet, is a resource of immeasurable worth. Yet, it's often reduced to a mere price tag, an amount on our utility bills. In the complex world of water management, it's essential to distinguish between the value of water and its price.

We are launching the Drupps Water Pricing Model to help highlight water’s true value, or, the value water helps create. In the face of looming water shortages, what is a sound investment level to protect one’s water supply?

Water is an invaluable resource that we often take for granted. As the global population grows and the demand for freshwater increases, it becomes imperative to explore innovative solutions for water conservation and recycling. One often-overlooked source of water that holds significant potential is industrial airborne wastewater.

Water is one of Earth's most vital resources, and while we often think of it as flowing in rivers, filling lakes, or residing underground in aquifers, there's another, less tangible form of water that plays a crucial role in our planet's ecosystem – airborne water. This invisible moisture in the atmosphere, in the form of water vapor, is a fascinating and often overlooked part of the water cycle.