Water hardness can be defined simply as the amount of magnesium and calcium ions dissolved in a given water source. Many people believe that all water is the same, but its makeup varies depending on where it comes from and how it is treated.
Some sources of water, such as spring water, contain naturally occurring and important minerals and electrolytes due to environmental conditions where the water is found. Other sources of water for drinking utilize filters or water softeners to remove those valuable minerals or even to add fluoride.
Do you find yourself asking the question, “Why am I still thirsty after drinking water?" Unfortunately, resolving the issue isn't as simple as drinking more water, because you’re not addressing an underlying problem. If you feel you are drinking plenty of water but not quenching your thirst, there could be any number of reasons for this.
Do you remember learning about water pH levels in science class? Maybe you placed a piece of litmus paper in various liquids to check their level? If not, here’s a quick refresher.
The pH scale is used in chemistry to describe how acidic or basic an aqueous solution is. Acidic solutions have a lower pH value, while basic (or alkaline) solutions have higher values. The pH of water can range from 1 to 14, with the natural pH of water being approximately 7.
Water is considered the ultimate sustainable resource because of the hydrological cycle that returns water to nature in the form of rainfall so that it can be used again and again.However,duringthatprocess,watercollectsbothnaturalandartificialimpurities.
Unfortunately, it seems like our modern world has complicated the drinking water process. There is much discussion and debate about drinking water purity and impurities, but simply put, water coming from an uncontaminated natural spring water source is exactly how it should be: Nothing added, nothing removed.
You’re looking for an alternative to tap water and the chlorine and other chemicals it contains, and you see that purified water and natural spring water are two options. But which is better and why? With proper hydration being such an important part of overall health, it’s important that you have the facts before making your choice.
A common tap water treatment strategy across municipalities in America is called disinfection. Water treatment facilities use a disinfectant (chlorine and/or chloramine) to kill any viruses, parasites or bacteria. Artificial fluoride is also added in the hopes of improving dental hygiene. In some rare circumstances even after water leaves the treatment plant, old pipes can even put lead in tap water, as is the case in Denver. For households wishing not to have these additional substances added to their drinking water, there are some alternatives.
The Colorado Department of Public Health and Environment is the primary authority in Colorado for enforcing the federal Safe Drinking Water Act by the EPA. As part of the Colorado Department of Public Health and Environment, the Department of Water Quality Control is responsible for implementing programs that support the Safe Drinking Water Act. The aim is to equip public water systems so that they can always provide the public with safe drinking water. These goals are achieved through enforcement of local laws, regulations, permits and regular inspections of public water systems.
The snow that falls on the mountains in Colorado contributes to more than just the beautiful scenery. Snow and other precipitation ultimately provide both the surface water and the groundwater that we use for drinking—not to mention the water that powers rivers and fills lakes for activities like rafting and fishing.
The majority of the life-giving water in Colorado's rivers and streams originates along the continental divide that runs through the majestic mountains. Colorado residents and visitors have a responsibility to keep our waterways free of litter and other pollutants to ensure a clean water supply to our amazing state.
"Hardness" is a property of water determined by the amounts of dissolved minerals it contains, specifically calcium and magnesium. Most people associate the term with water quality and also with a build-up of material in their shower or sink. This accumulation occurs because soapsuds can’t be produced until dissolved minerals in the water have been combined with soap. Those minerals that are removed from the water remain as an insoluble residue.