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Description
The issue is to increase resilience to climate change through concrete local climate change adaptation and mitigation measures and low carbon technology solutions in cities. The objective of "PAB_LivingLab" is to reduce the carbon intensity of the activities and services of Parque Adão Barata (PAB) through the implementation of innovative technological solutions. The project intends, since its inception, to involve the entire community in the development of these same technologies, to enhance their rapid appropriation; empower the entire value chain, with a view to promoting active citizenship; and sensitize the population to the benefits of adopting sustainable lifestyles.
Summary of project results
This project aimed to tackle pressing environmental and societal challenges within the urban context. These included improving water efficiency, enhancing air quality, promoting sustainable waste management, fostering green mobility, and utilizing digital technologies to create a dynamic living lab for environmental education. The ultimate goal was to inspire citizens and decision-makers to adopt sustainable practices while addressing climate change and its impacts on urban spaces.
The project, implemented in Parque Adão Barata, established a multi-disciplinary living lab to demonstrate innovative and sustainable solutions. Key activities included:
Water Efficiency Improvements:
- Installation of a smart irrigation system powered by renewable energy and supported by IoT for real-time monitoring and leak detection.
- Public awareness workshops focused on water efficiency practices.
Air Quality Management:
- Deployment of air quality monitoring systems for real-time data collection.
- Development and dissemination of an action plan with practical measures to improve air quality for citizens, building managers, and policymakers.
Sustainable Waste Management:
- Creation of a Sustainable Waste Management Plan tailored to the park’s activities, complemented by the installation of a specialized recycling station.
- Publication of the plan online, achieving over 676 downloads.
Green Mobility Initiatives:
- Implementation of smart parking systems and bicycle monitoring infrastructure.
- Delivery of workshops to promote cycling and other forms of active transportation.
Education and Community Engagement:
- Hosting guided visits for schools and the general public, engaging 1,102 participants in educational activities.
- Training 21 “Park Ambassadors” to lead community initiatives and promote sustainability.
Energy Efficiency and Renewable Energy:
- Establishment of a renewable energy community and integration of surplus energy production into the local grid.
- Development of a digital energy management platform for public use.
Digital Innovations:
- Creation of a virtual tour of the park and a comprehensive website showcasing project achievements, attracting 840 unique users.
- Creation of a virtual tour of the park and a comprehensive website showcasing project achievements, attracting 840 unique users.
Capacity Building:
- Conducting training sessions for municipal staff and stakeholders on various sustainability topics.
The project significantly impacted environmental sustainability and community awareness in Loures. Major outcomes included:
- Increased Public Awareness: Over 138,826 individuals were informed or directly engaged through various project activities, enhancing their understanding of sustainable living and environmental issues.
- Enhanced Resource Efficiency: The implementation of smart systems for water, waste, and energy management showcased practical solutions to optimize resource use in urban environments.
- Improved Air Quality: Real-time monitoring and public dissemination of air quality data allowed residents to make informed decisions, particularly benefiting vulnerable populations such as children and the elderly.
- Educational Opportunities: Schools, community groups, and local leaders gained access to innovative tools and training, fostering a culture of environmental stewardship.
- Economic and Environmental Benefits: The project’s renewable energy initiatives reduced reliance on fossil fuels, contributing to lower greenhouse gas emissions and utility costs.
These outcomes directly benefited residents, local authorities, schools, and businesses in Loures, creating a replicable model for other urban areas facing similar challenges.