Saving CO2 with Water Filters

The future belongs to sustainability. Therefore, it is important to look for effective solutions to save CO2 in everyday life. One of these solutions might surprisingly be right in your kitchen: the table water filter. It can not only improve the quality of your drinking water but also help to minimize the CO2 footprint.

In this article, we explain why the use of table water filters is an environmentally friendly choice and why tap water has a lower CO2 emission compared to mineral water.

Learn more:

Caring for the environment with table water filters
What is CO2 and how is it produced?
The CO2 footprint of mineral water in plastic bottles
CO2 comparison: tap water vs. mineral water from plastic bottles
Climate impacts
Why can you save CO2 with water filters?
Conscious water use: reducing CO2

Contaminants

Protects devices from limescale and reduces chlorine & heavy metals

Mineralizing Water

Enrich water with essential minerals.

Drink Local Water

Let water flow directly from the tap through the filter and enjoy clean, great-tasting water.

Save Plastic Bottles

Avoid bottled water and save up to 120 single-use bottles per month!

Caring for the environment with table water filters

The use of a table water filter is a simple method to contribute to environmental protection in daily life. By avoiding plastic bottles and thus reducing CO2 emissions, you make a valuable contribution to protecting our planet.

What is CO2 and how is it produced?

Carbon dioxide (CO2) is a naturally occurring gas that plays an essential role in our climate system as part of the global carbon cycle. It is mainly produced by the burning of fossil fuels such as coal, oil, and natural gas, as well as through processes such as cement production and other industrial activities. CO2 is also a major player in the anthropogenic (human-caused) greenhouse effect, contributing to global warming.

Lady drinks filtered water from Slim table water filter

The Carbon Footprint of Bottled Mineral Water in Plastic Bottles

Plastic products, especially single-use plastic bottles for mineral water, have a significant carbon footprint. The production, transportation, and disposal of plastic bottles consume large amounts of fossil fuels and release considerable amounts of CO2. Each plastic bottle produced and discarded contributes to the global CO2 burden.

CO2 Comparison: Tap Water vs. Bottled Mineral Water

Bottled mineral water generates approximately 203 grams of CO2 per liter, while tap water emits only about 0.35 grams of CO2. Considering the entire lifecycle of bottled mineral water, it is 586 times more harmful to the climate than tap water.

If the difference in CO2 emissions between bottled mineral water and tap water is applied to the total mineral water consumption in Germany, it amounts to three million tons of CO2 annually. This figure is 1.5 times higher than the emissions from domestic air travel within Germany.

Impact on the Climate

The continuous release of CO2 and other greenhouse gases leads to a warming of the Earth's atmosphere, resulting in severe climate changes. These changes include rising sea levels, more frequent and intense weather extremes, and disruptions to ecosystems and biodiversity.

How Can Water Filters Help Save CO2?

Countertop water filters offer an efficient solution for reducing your personal carbon footprint. By using a water filter, you decrease the need to purchase plastic bottles, which in turn reduces the demand for plastic-based products. Less production means lower CO2 emissions – a direct benefit for the environment.

Additionally, using a water filter reduces the need for logistical processes like transportation and storage, which are also CO2-intensive activities.

Conscious Use of Water: Reducing CO2

There are several approaches to reducing CO2 emissions through conscious water usage. Here are two examples that can be applied in the private sector:

Energy-efficient water treatment and heating with countertop water filters

The treatment and heating of water consume significant energy, especially when using systems with limescale buildup. Switching to kitchen faucets with filters or countertop water filters can significantly reduce energy consumption.

Water-saving fixtures and devices

Using water-saving fixtures such as showerheads, faucets, and efficient toilets can significantly reduce water consumption. Lower water usage means less energy is required for treatment and supply, which in turn leads to lower CO2 emissions. Additionally, the proper home water treatment prevents limescale and hardness, further contributing to savings.