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responsible consumption and production

SDG 12: Responsible Consumption and Production

Sorbonne University Abu Dhabi is committed to sustainability through a comprehensive approach that addresses various environmental policies. The university implements an ethical sourcing policy to ensure that all materials and resources are obtained responsibly, aligning with sustainable practices. It has established stringent waste disposal policies for hazardous materials to mitigate environmental risks and protect public health. Additionally, the university places strong emphasis on reducing landfill use by promoting recycling initiatives and implementing effective waste-tracking systems, ensuring that a high proportion of waste is diverted from landfills. Policies aimed at reducing plastic consumption and single-use items are strictly enforced across campus, with these minimisation efforts also extended to suppliers. Through these measures, Sorbonne University Abu Dhabi not only fosters an eco-friendly campus but also sets a standard for responsible resource management within the academic community. 

Partnerships and Initiatives


Sorbonne University Abu Dhabi signed a Memorandum of Understanding (MoU) with Veolia Abu Dhabi—the benchmark company for ecological transformation, known for its innovative solutions in water, waste, and energy management. This exclusive partnership aims to foster research and academic collaboration, offer student internships, and enhance research capacity and development, all while promoting sustainable practices in the UAE. 

Initiatives Held at Sorbonne University Abu Dhabi


Sustainability Initiatives: A Greener Sports Building 

In line with SUAD’s sustainability efforts, the Sports Department eliminated single-use plastic bottles from the sports building. Athletes, staff, and visitors are encouraged to use reusable bottles, with water dispensers available throughout the facility. This initiative aligns with global environmental goals and promotes responsible behaviour. 

Recycling at SUAD’s Campus



The 3R's 


  • Reduce 


Choose products that help prevent waste generation. Reduce waste by selecting items with minimal packaging that can be used efficiently and then recycled. 


  • Re-use 


Re-use containers, packaging or waste products, wherever possible. 


  • Recycle 


Recycle waste material into useable products, wherever possible

Carbon Footprint Reduction Targets

1. Food Waste Management


  • Reduce pre and post food waste by reaching full use of all composting capacity on campus, on a full-time basis 

  • Phase-out of single-use plastics in all facilities 





3. Paper Waste Reduction


  • I-procurement signatures 

  • Automation of visiting professors’ travel 

  • Increase the adoption of Learning Management System (LMS) 

  • Digital transformation of manual processes 


2. Utilities Management


  • Reduction in utilities consumption by 10 to 25% 

  • Revitalisation and adaptive reuse of assets 

  • Recycle bins on campus 

  • Consolidation of physical servers 

  • Carbon footprint review 



4. Sustainable Friendly Policies


  • Draft an HSE circular for third parties to committing supplier to comply, attain, implement, and monitor HSE system as part of their obligation in the contract 

  • Allocate 5% of the technical evaluation scores in tenders to HSE compatibility and GO GREEN initiative among SUAD contractors 


Activities and Events

Smart Optical Films: Controlling The Optical Properties of Nanostructured Oxide-Based Polymer Films

Smart Optical Films: Controlling The Optical Properties of Nanostructured Oxide-Based Polymer Films

Dr. Stavros Christopoulos led a project aimed at developing environmentally friendly materials with advanced properties by embedding metal-oxide nanoparticles (e.g., ZnO, TiO2) into polymer matrices. The goal is to improve the physical properties of the films for applications in agriculture, construction, and display technologies, such as greenhouse covers and anti-glare coatings. The nanoparticles are treated, coated, and incorporated through processes like extrusion, resulting in low-cost, high-performance materials. The project also focused on using biodegradable polymers and developing a theoretical model to better understand the interaction between nanoparticles and the polymer, optimising the films' performance. 

A Pre-study on Greening Information Management for Sustainable Development

Dr. Proscovia Svard led a study, with Dr. Victor Kabata as a participant, focused on investigating how governments can implement green information management strategies to address environmental challenges posed by the exponential growth in digital information and data centres. The literature review highlighted the lack of research in this area, justifying the need for the study. Research was conducted in several countries, including the UAE. 
The study aimed to examine how governments are aligning information management practices with the Sustainable Development Goals (SDGs). Its specific objectives included: 

  • Identifying the strategies and policies adopted by selected countries—including the UAE—for sustainable information management 

  • Assessing public officials’ awareness of the environmental impacts associated with information management 

  • Evaluating how open data developments support sustainability objectives 

  • Providing recommendations for greening information management practices 
A Pre-study on Greening Information Management for Sustainable Development

Research and Publications on Responsible Consumption and Production


  • Tunable Optical Greenhouse Covers – Dr. Stavros Christopoulos 

  • EVENT & PUBLICATION “Raising green awareness through children’s literature” – Dr. Karine Germoni 

  • Responsible Consumption & Production (we have a thesis discussing this topic) – Dr. Amar Ahmed (MMCM) 

  • “The impact of fintech-based eco-friendly incentives in improving sustainable environmental performance: A mediating-moderating model” – Dr. Rana Husseini Frangieh (https://doi.org/10.5267/j.ijdns.2023.9.013

  • “Revolutionising sustainable supply chain management: A review of metaheuristics” Dr. Raed Abu Zitar (https://doi.org/10.1016/j.engappai.2023.106839

  • BOOK CHAPTER “Future of Nanomaterials in Agricultural Practices” – Latefa Hamdan Al Mansoori (A00021952) (https://doi.org/10.1016/B978-0-323-91703-2.00012-9

  • CONFERENCE PAPER “Geologic Environments for Nuclear Waste Repositories” – Dr. Kosmas Pavlopoulos (https://doi.org/10.1051/matecconf/201712006003

United Nations Sustainable Development Goals

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