Water and Wastewater
Cost-effective solutions for water treatment processes
Are you looking for reliable, efficient and cost-effective water treatment solutions to meet environmental legislation?
Our innovative Halia® water solutions using pure oxygen bring cost efficiency and environmental benefits, and help you improve your water treatment processes. The technology combines all the proven advantages of pure oxygen aeration, ozone and advanced oxidation with patented high mass transfer technology delivering highly-effective, low-cost water solutions.
Our solutions include:
Wastewater. Oxidation technologies to help you treat municipal and industrial wastewater streams to meet the required standards for water reuse in various applications.
Drinking water. Drinking water. Water disinfection technologies designed to meet the growing needs of communities and increased regulatory requirements, while reducing operating costs.
Aquaculture and river oxygenation. High-purity oxygen for hatcheries and fish farms.
Halia® Solutions are Capable of Handling Diverse Requirements:
- To increase wastewater treatment capacity of an existing plant
- To reduce foams, odours and VOCs release from an aeration tank
- To improve nitrification and settling efficiency
- To remove color for discharge or reuse
- To remove recalcitrant contaminants
- To raise the dissolved oxygen (DO) level and enlarge the aquaculture density
Ask the Expert
Commercial Technology Water Solutions, Europe
Do you need to improve your water treatment process?
Our engineers can give you advice on the right equipment and solution for your needs.
Our experienced applications teams across the globe can use their industry and application knowledge to provide you with a compressed or liquid carbon dioxide supply and technology solution to meet your unique needs.
In addition to its use as a respiratory gas for healthcare applications, its strong oxidizing properties benefit many industries by improving yields, optimizing performance, lowering costs and reducing carbon footprint compared to other fuels.