Aquaporin's Energy-Saving Breakthrough at Kranji NEWater Factory
KONGENS LYNGBY — Aquaporin has announced a significant advancement in water treatment technology through its innovative biomimetic low-energy Aquaporin Inside CLEAR membranes. This groundbreaking project, known as the Living Lab Project, successfully demonstrated the performance of the membranes at the Kranji NEWater Factory, a facility operated by PUB, Singapore's National Water Agency. Over a year of operation confirmed impressive energy savings of up to 20% during the energy-intensive reverse osmosis process, all while meeting the rigorous quality standards set for NEWater.
The Impact of Collaboration in Water Technology
Dr. Gurdev Singh, the Chief Engineering & Technology Officer at PUB, highlighted the importance of collaboration in developing future water management solutions. His remarks reflected the commitment to working with industry leaders who prioritize innovation and sustainability. The teamwork involved from the initial stages to the final implementation was crucial in transforming conceptual ideas into effective solutions that address Singapore’s water challenges.
A Proud Achievement in Sustainable Water Treatment
Klaus Juhl Wulff, CFO of Aquaporin and CEO of Aquaporin Asia, expressed his pride regarding the project’s outcomes. Achieving significant energy savings while assuring high water quality accentuates the practical benefits of their biomimetic technology. His acknowledgment of PUB as an exemplary partner signifies the strength of the collaboration and their shared vision for sustainable advancements in water treatment.
Hands-on Partnership for Success
The success of the partnership between Aquaporin and PUB stemmed from proactive engagement throughout the project lifecycle. This continuous collaboration facilitated rapid responses to operational changes, yielding not only smooth project execution but also opportunities for optimization and learning. According to Xuan Tung Nguyen, who led the Commercial Engineering team at Aquaporin Asia, experiencing the technology deliver real-world energy savings was an inspiring achievement for the entire team.
A Study on Membrane Resilience
A pivotal Resilience Study conducted during the demonstration project pushed membrane stress conditions to simulate five years of operational use. This exercise validated the anticipated operational lifespan of the Aquaporin Inside CLEAR membranes, ensuring their reliability and effectiveness for the long term.
Future Collaborations to Enhance Water Treatment
The Aquaporin CLEAR membranes are set to continue their operations at the Kranji NEWater Factory while supplying NEWater standard permeate to PUB's distribution systems. Following the successful demonstration period, Aquaporin is eager to work alongside PUB to explore opportunities for extending the application of their low-energy membranes to additional NEWater treatment facilities.
About Aquaporin
Aquaporin stands as an innovative leader in water technology, driven to redefine water filtration through state-of-the-art biotechnology. With headquarters in Denmark and operations extending to various international locations including Singapore, Turkey, the United States, and China, Aquaporin merges multiple scientific disciplines—biology, chemistry, and physics—to create its renowned Aquaporin Inside technology. This pioneering method aims to alleviate global water concerns, presenting solutions for industrial wastewater treatment, enhancing drinking water accessibility, and ensuring quality. The company collaborates with global partners to facilitate responsible and effective water treatment across numerous sectors.
Contact Information
Jon Tolstrup Jensen
Senior PR & Communications Specialist
+45 53 55 55 21
Frequently Asked Questions
What is the Aquaporin Inside technology?
Aquaporin Inside technology is a unique biomimetic membrane solution designed to improve water filtration efficiency using principles derived from nature.
What were the energy savings achieved during the project?
During the demonstration at Kranji NEWater Factory, Aquaporin’s technology achieved impressive energy savings of up to 20%.
How does collaboration impact water treatment innovations?
Collaboration fosters innovation by combining expertise, ensuring effective communication, and enabling swift adaptations to operational challenges.
What is the significance of the Resilience Study?
The Resilience Study confirmed the durability and expected lifespan of the Aquaporin CLEAR membranes by simulating extended operational conditions.
What are the future plans for Aquaporin’s technology?
Aquaporin plans to explore further collaboration opportunities to deploy its low-energy membrane technology in other NEWater facilities.
