ISB is a prestigious international school in Bangkok, Thailand, with a history spanning over 70 years. The school has a student-run project called the "Green Panthers Clean Energy Committee," which undertakes various initiatives to improve the environment. In the spring of 2026, the committee encountered CONTINEWM and installed it throughout the school as an innovative solution contributing to reduced energy consumption, improved comfort, and an overall improvement of the classroom environment on campus.
The details are described on the ISB's official website as follows:
Powering a Greener Campus: A Green Panthers Clean Energy Initiative at ISB
This past school year, the HS Green Panthers Club’s Clean Energy Committee led an ambitious project to introduce a practical and impactful energy-saving solution to the ISB campus. What began as a student-driven idea has now grown into a real-world sustainability initiative—helping reduce energy consumption, improve comfort, and create a healthier learning environment.
To better understand the story behind this initiative, hear from Emina, one of the student leaders driving the project.
At the center of this project is a technology called CONTINEWM—a specially designed net made from plastic, minerals, and ceramics. While simple in appearance, this innovative system works within air conditioning units to improve their efficiency and overall performance.
For a school like ISB, where air conditioning accounts for a large portion of energy use, improving cooling efficiency is critical. CONTINEWM enhances heat exchange through a process known as air atomization, allowing AC systems to reach target temperatures faster while using less energy. On average, this can reduce electricity consumption by around 25%, making it a powerful step toward a more sustainable campus.
In addition to saving energy, the technology also improves temperature consistency within rooms. Instead of having areas that feel too cold or too warm, classrooms can maintain a more even and comfortable temperature—creating better conditions for learning.
Another key benefit is its impact on air quality. Through a natural ionization process, the nets help reduce dust and airborne pollutants, including PM2.5. This means that alongside lowering energy use, the system supports a cleaner and healthier indoor environment for students and staff.
This Green Panthers initiative began with a connection. The technology was first introduced through Alex Lang, a keynote speaker at ISB’s Summit conference and a partner at the company distributing CONTINEWM. Recognizing its potential, the Clean Energy Committee worked closely with Mr. Cunney, ISB’s Facilities and Operations Director, to explore how it could be implemented on campus.
Before full adoption, a pilot test was conducted at an empty teacher housing unit to observe real-time results and evaluate its effectiveness. (A fun detail from the process: one of the team members involved was Maria Ehren, an ISB alum and Miss Universe Thailand.)
The results were promising.
Following the successful pilot and further discussions, ISB has now begun installing CONTINEWM across campus. This marks an important milestone—not only in reducing energy consumption, but also in advancing student-led sustainability efforts.
What makes this project even more impactful is its growing influence beyond ISB. As installations continue, interest has begun to spread within the wider community, with nearby residences and businesses exploring similar solutions.
This initiative reflects what the Green Panthers stand for: turning ideas into action and creating meaningful environmental change. Through collaboration, persistence, and innovation, the Clean Energy Committee has helped take a significant step toward a greener future for ISB.
