The AQUALINK UF is a cutting-edge portable water purification unit developed by Sunwaterlife. This innovative solution addresses the critical need for safe and potable water in remote or emergency settings where traditional infrastructure is lacking. The system is housed within a NATO-certified Pelicase suitcase, making it highly portable and ideal for rapid deployment.

One of the key features of the AQUALINK UF is its ultrafiltration technology, which utilizes membranes capable of removing over 99.99% of viruses, bacteria, protozoa, and parasites, down to 0.01µm. Additionally, the system is equipped with a NSF-ANSI certified activated carbon filter that eliminates tastes and odors, ensuring the production of 100% potable water.

What sets the AQUALINK UF apart is its energy-autonomous design, powered by integrated solar panels and a pump. This self-sustaining system can be operational in under five minutes, providing a reliable source of safe water without the need for external power sources. The membranes can be easily cleaned through manual or automatic backwashing, ensuring consistent performance over time.

With a maximum flow rate of up to 300 L/h, a lightweight and portable design weighing approximately 23 kg and bag-sized dimensions, the AQUALINK UF is well-suited for mobile health clinics, isolated communities, disaster relief efforts, and field operations. By delivering safe water precisely where it is needed most, this innovative solution plays a crucial role in ensuring access to clean drinking water in challenging environments.

• Ultrafiltration technology for removing contaminants
• NSF-ANSI certified activated carbon filter for taste and odor removal
• Solar-powered and energy-autonomous operation
• Portable and lightweight design for rapid deployment
• Easy membrane cleaning through manual or automatic backwashing
• High flow rate of up to 300 L/h for efficient water production
• Ideal for mobile health clinics, disaster relief, and remote communities
• NATO-certified Pelicase housing for durability and portability
• Supports access to potable water without reliance on traditional infrastructure
• Ensures consistent performance and reliability in challenging environments