i2Cool showcases electricity-free cooling tech at UNESCO conference in Paris

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Publication date: 2026-07-28 10:00:20

i2Cool Advances Electricity-Free Cooling Through UNESCO-Endorsed FIRST Programme at Global Conference in Paris

Published - July 28, 2026 03:30 pm IST

Hong Kong climate-tech company highlights school-based cooling projects that connect passive radiative cooling, climate education and community action.

HONG KONG, July 28, 2026 /PRNewswire/ -- i2Cool, a climate-tech company specialising in electricity-free cooling solutions, participated in the opening ceremony of the 2026 Global Conference of the International Decade of Sciences for Sustainable Development. The conference was held from July 15 to 17 at UNESCO Headquarters in Paris.

Ir Prof. Edwin Chi-Yan Tso, Co-founder of i2Cool, Associate Dean (Internationalisation and Outreach) and Chair Professor of Energy and Sustainability at the School of Energy and Environment, City University of Hong Kong (CityUHK), attended the ceremony alongside Prof. Martin Y.H. Zhu, Co-founder and CEO of i2Cool.

The conference brought together representatives from governments, research institutions, businesses and civil society to examine how scientific knowledge and innovation can be translated into inclusive, practical and scalable solutions for sustainable development.

FIRST Programme Connects Scientific Innovation with Community Needs

A key focus of i2Cool's participation was the Fostering Innovation for Resilience and Sustainable Transformation Programme, known as FIRST.

Led by CityUHK, the FIRST Programme has been endorsed by UNESCO as an initiative under the International Decade of Sciences for Sustainable Development (2024–2033). Ir Prof. Tso serves as Programme Director, coordinating collaboration among academic institutions, technology companies, non-governmental organisations and local communities.

i2Cool participates as one of the Programme's core technology partners, supporting the deployment of passive radiative cooling technologies in schools and communities affected by high temperatures, limited energy access and inadequate cooling infrastructure.

The Programme brings together four areas of innovation:

• Passive radiative cooling materials
• Low-cost printed solar films
• Waste-biomass conversion
• Human-powered water purification

These technologies support several United Nations Sustainable Development Goals, including clean water and sanitation, affordable and clean energy, sustainable cities and communities, and climate action.

FIRST has established a growing international network involving more than 45 partner organisations across 25 countries, with pilot activities conducted or planned in Hong Kong, the Chinese mainland, Vietnam and Malaysia.

Hong Kong School Project Presented at UNESCO Conference

During the opening ceremony in Paris, a campus climate-action project conducted at Chong Gene Hang College in Hong Kong was presented as part of the FIRST Programme's work.

Supported by i2Cool, the project involved the application of i2Film electricity-free cooling window film to help reduce solar heat entering indoor spaces and improve the thermal environment of the campus.

The project also included STEM and ESG-focused climate workshops, enabling students to explore the science behind passive cooling and its potential role in addressing rising temperatures and reducing energy demand.

By combining a physical technology installation with climate education and student engagement, the project demonstrates how schools can serve as testing grounds and learning platforms for practical sustainability solutions.

Electricity-Free Cooling Pilots Expand Across Schools

Beyond Hong Kong, i2Cool has supported a series of FIRST-related school projects that bring passive cooling technologies to communities facing extreme heat and limited infrastructure.

• Kuzhi Yucai Public Welfare School (Chenzhou, Hunan): Approximately 830 square metres of electricity-free cooling membranes were installed on teaching building roofs. Field measurements recorded a maximum roof-surface temperature drop of 21.6°C and an indoor temperature reduction of 8.3°C.
• Ren Bishi Red Army School (Miluo, Hunan): Over 668 square metres of cooling membranes were applied, achieving a maximum roof-surface temperature...