Effluent Treatment Plants

• Tailor made treatment processes with respect to the nature of the effluent
• Solutions developed for a wide range of industries, such as chemicals, textiles, paper, paint, agro, metallurgical etc.
• For effluent treatment, Aquatherm adopts the latest technology and installs the most modern equipment available.
• Treatment process is selected with a focus on cost effective and optimal reuse of treated effluent.
• More than 50 installations spread over four countries

Electrode ionization Systems

• High purity water generation, storage and distribution system
• Chemical/Hot Water Sanitary units
• RO+ Electro deionization (EDI) systems for generating higher purity water for pharmaceutical and electronic industries etc as per USP, MCA, EU Pharma standards

Drinking/Potable Water Systems

• Complete water treatment plant for packaged drinking water units as per IS/WHO standards
• Ozonator/UV Sterilizer units

Reverse Osmosis Systems

• Complete system with suitable pretreatment facility
• Low operating cost
• Compact design
• Ability to withstand wide fluctuations in raw water characteristics
• Multiple pass RO System
• Less space required for installation
• Brackish water as well as sea water purification
• Membranes and other critical components sourced
• from the world’s most renowned and proven suppliers

Softener

• Counter current design for better efficiency and lower operating costs
• Compact up flow design to achieve same efficiency at reduced cost
• Automatic brine preparation with softened water at multiport valve based design
• Best quality resin used

Iron Removal Filter

• Removes dissolved iron
• Prevents fouling of resins and membranes
• Prevents depositions in pipelines and tanks
• Prevents staining of clothes, toilet fittings etc.

Multimedia Filter

• Effective for high turbidity surface or ground water
• Media of Dual Density for more efficient filtration
• Compact Double Decker design for saving space

Solar

SOLAR

Aquatherm is committed towards propagation of SOLAR energy-based systems as an overall commitment towards optimization of resources and conservation of the environment.