Clean water is essential for all life on earth. That is why Alfa Laval has introduced a range of heat exchangers designed to ensure the highest safety standards in tap water applications. AlfaNovaTW fusion-bonded plate heat exchangers are constructed entirely in 100% stainless steel. They can therefore fulfil the strictest health and environmental restrictions for tap water, while also easily integrating with existing systems and offering heat source flexibility.
Preventing metal contamination in our water supplies is vital to public health and, increasingly, a focus of regulation around the world. The AlfaNovaTW heat exchangers were developed specifically with these challenges in mind. The secret is Alfa Laval’s patented fusion bonding manufacturing process. With this technique, we can ensure a truly 100% stainless steel construction to minimize the risk of copper and nickel release into water. At the same time, we can include many of the unique channel plate features seen on our other heat exchangers, offering you safety combined with the most efficient thermal performance possible.
Built with 100% stainless steel, AlfaNova® is a solution that Alfa Laval offers for applications that use media not compatible with traditional heat exchanger materials. Not only is this advanced design optimized for use with natural refrigerants, it’s also completely recyclable.
Get access to a wide range of tools as well as Alfa Laval’s application and product experts. ValuePlus support includes all documentation, approvals and certifications in addition to an ever-expanding range of accessories. Thanks to Alfa Laval’s prototyping and testing expertise as well as our large-scale manufacturing capabilities, you can always expect fast delivery, easy installation and optimization, and full compliance with any regulations.
Our innovative plate designs support the widest range of high-temperature and high-pressure applications. Units can run using thinner plates and fewer plates, which translates to less raw material, lower energy consumption, reduced refrigerant charge and a longer equipment lifecycle.
