Written by: Salma El-Sakka
Two Swiss research institutes have launched a new center dedicated to accelerating the implementation of climate solutions, aiming to overcome obstacles hindering the transition of sustainable technologies from the pilot testing phase to wide-scale application in the construction and infrastructure sectors.
Bridging the implementation gap and sustainable transition
The world faces urgent climate challenges that require rapid and effective solutions; however, many promising technologies remain confined to pilot projects without moving to comprehensive implementation. The new center, called the Climate Solutions Center, seeks to study the reasons behind the stagnation in scaling up these solutions, and work with partners from the research, industry, and public sectors to find ways to overcome these barriers. The center is one of the first research centers globally to focus explicitly on the mechanisms of expanding practical application for climate innovations.
Overcoming non-technological barriers
Studies and field experiences indicate that the implementation gap is often not caused by intractable technical obstacles, but rather by non-technological reasons such as regulatory hurdles, lack of investments, weak awareness, or the absence of societal acceptance. This trend was embodied in previous projects such as decentralized water reuse, where research demonstrated the importance of integrating legal dimensions, innovative business models, and user acceptance alongside the technology itself to ensure project success and generalization.
Climate infrastructure strategies
In its first phase, the center focuses on climate-resilient infrastructure as a fundamental lever for environmental protection and adaptation to climate change. Key areas of work include enhanced construction to reduce emissions, circular water and sanitation solutions, and green and blue infrastructure in cities. These efforts aim to transform individual innovations into practical tools and standard models applicable in various urban and industrial fields to reduce gas emissions and enhance the efficiency of available resources.
