As a non-profit association dedicated to advancing environmental sustainability through innovative technologies such as AI, GreenMinds offers a range of specialized services. These services are not commercial offerings, but rather collaborative initiatives designed to further our mission and contribute to the greater good. By engaging with our services, organizations and individuals support our ongoing research and development efforts in AI and environmental engineering, while benefiting from our collective expertise. Our services include:
Life Cycle Assessments (LCA)

Our LCA service evaluates the environmental, social, and economic impacts of products, services, or processes over their entire life cycle. We assist businesses, policymakers, and stakeholders in identifying hotspots and maximizing positive impacts, while minimizing negative environmental burdens. Our evaluations are designed to support decision-making for sustainable development.
AI-Powered Environmental Solutions

We specialize in designing AI-powered applications that leverage Machine Learning (ML) and Deep Learning techniques to solve environmental challenges. This includes predictive modeling, optimizing resource use, and developing intelligent systems that monitor and enhance sustainability. Whether it’s analyzing large datasets or building AI systems for real-time environmental monitoring, GreenMinds offers state-of-the-art solutions.
Hydrology and Hydraulic Engineering

Our expertise in hydraulic modeling enables us to design and implement water resource management solutions, including flood prediction, wastewater treatment, and sustainable water usage models. We integrate AI technologies to improve the accuracy and efficiency of these systems.
Research Consulting

GreenMinds supports scientific research projects in AI and Sustainability. We work with universities, industries, and public bodies to fulfill research objectives, share our expertise, and help build innovative, practical solutions. We offer consultancy services for developing, designing, and implementing AI systems within environmental and hydraulic frameworks.