Clean Water Color

Clean Water

Water FountainWater is essential to all life on Earth, and the need for clean, accessible water is more urgent than ever. By 2030, water demand will exceed supply by 40 percent, according to the World Bank. Conservation alone will not fill the gap. Advances in technologies made possible by chemistry will enable water conservation, reuse and the transformation of contaminated water into clean, safe drinking water.

The Science Behind Sustainability

Sustainability Challenge:

Growing global demand for fresh water requires effective management and conservation of water resources.

Chemistry Solution:

Innovative technologies enable companies and communities to use less water, while recovering and repurposing wastewater for new applications.

Sustainability Benefit:

In 2017, 3D TRASARTM cooling water technologies developed by Nalco, and Ecolab company, helped save 146.2 billion gallons of water, equivalent to the yearly drinking water needs of more than 505 million people.

In the developed world, business and industry account for nearly 60 percent of all water use. Water is necessary for almost any business operation, but in facilities and manufacturing, cooling systems consume particularly large amounts of water and energy. Innovative technologies can help companies implement effective, site-specific water stewardship initiatives.

Nalco 3D Trasar Technology 3D TRASARTM technology for cooling water, developed by Nalco, an Ecolab company, helps industry manage and improve cooling water system performance, conserving water and increasing energy efficiency.

Using real-time monitoring and information management capabilities, 3D TRASAR technology enables facilities to detect corrosion, microbial activity and salt content and other contaminants in reclaimed water that can affect cooling systems. The result, Nalco found, is a balanced, efficient and safe cooling, boiler or membrane system that can require less maintenance, eliminates over-/under-dosing of chemicals, and provides high asset protection at lower operating costs.

Facilities around the world have adopted this technology to address water challenges. In Tarragona, Spain, a large manufacturer sought to reduce the amount of water it drew from a local river, by cleaning and reusing municipal effluent for the facility’s cooling towers. Using the 3D TRASAR technology, the company was able to control fouling and manage the corrosiveness of recovered water so it was suitable for use in the cooling tower.

The cooling tower now uses up to 40 percent reclaimed water, enabling a savings of approximately 310 million gallons of river water a year – equivalent to the average daily water use of more than 25,000 people.

Overall, in 2017, 3D TRASAR cooling water technologies helped a range of businesses save 146.2 billion gallons of water, equivalent to the yearly drinking water needs of more than 505 million people.


Chemistry in Action

Clean Water: Brought to You by Chemistry

Chlorine chemistry is essential to public health, helping to provide safe drinking water and sanitation, clean swimming pools and safe food production.

 

Boy at Drinking Fountain

Protecting Food & Water with Chemistry

Chlorine chemistry plays a key role in protecting our water and food. It's vital in treating drinking water so it is free of disease-causing germs like bacteria and viruses, helping to keep crops pest-free, and disinfecting kitchen surfaces so they are safe for food preparation.