Environmental commitment
The URJC is aware of the magnitude of the environmental crisis, and the importance of actively contributing to environmental sustainability in all its dimensions, from our lifestyle to the development of teaching, research and the management of our campuses, as contemplate the Strategic Plan 2020-2025 (approved by the Government Council on June 26, 2020) in its Objective 10.
To give shape to this objective of the Strategic Plan linked to University Social Responsibility, the URJC-2030 Project with the intention of integrating the 2030 Agenda into teaching, research, knowledge transfer and university management activities.
URJC Sustainability Policy (action plan approved by the Governing Council on September 29, 2023).
Institutional declaration on the climate emergency (approved by the Governing Council on October 27, 2023).
To incorporate sustainability criteria and reduce the environmental impact of its activity, the URJC has two main actors in its organic structure: the Green Office and the Energy Efficiency Unit (UNEFE), in charge of advising, training, providing solutions and monitoring. to these, although it is the entire University Community that is involved in achieving these objectives in a co-responsible manner.
Lines of action
Water
Water is the natural element that makes the Earth a habitable planet. It allowed the emergence of life and maintains the correct functioning of the biological processes of ecosystems. The hydrological cycle is of great importance for natural ecosystems and climate regulation. We find ourselves in a climate scenario where the decrease in precipitation, the increase in temperatures, and the recurrence and intensity of extreme events are generating serious effects on the availability of water. Hence the urgency of sustainable management of its consumption. The URJC, aware of the need to take care of water, is developing policies that allow us to optimize its consumption.
The water management policy at the URJC is proposed with the aim of contributing to the achievement of the SDGs of the United Nations 2030 Agenda. In addition, its link is established both to the 2020-2025 Strategic Plan and to the URJC 2030 Project. Waste management, focused with a perspective of responsible use and reduction of environmental impact and costs, directly promotes the scope of SDGs 1 to 6. , 11, 12, 14, 15 and indirectly to the remaining SDGs.
Actions to promote responsible use of water
- Installation of water fountains on campuses to facilitate access to drinking water and reduce the consumption of plastic bottles. Inventory of Sources by campus
- URJC Annual Water Consumption Report 2023
- Awareness campaigns for a Correct use of cisterns
- Infographic Water in urban green infrastructures
- I URJC Water Day. The journey of water in agenta 2030
- II URJC Water Day: Water for all? For an equitable water culture
- ApS Project: Drought and water stress in Mediterranean plants
- ApS Project: River care and water education in rural communities in Honduras
Training and research on topics related to Water
- If you want to know how sustainable your relationship is with the water you consume and your ecological footprint, Sign up and you can complete the survey yourself this article, whether you are a student or worker at the URJC.
- If you want to study an official degree related to water resources, in addition to the Degree in Water Resources You have several interesting options among URJC engineering and studies in Science.
- The URJC is a member of the AMARU NETWORK
- III Colloquia “New professional challenges in the water sector”
- Increased ecofeminisms: climate, water and women
- UNESCO Water and Peace Chair UNED-URJC
- The URJC participates in an innovative wastewater treatment plant - Universidad Rey Juan Carlos
- Some research projects:
- Antimicrobial Resistance in the context of Global Health. Contribution of hospital and urban treatment plant effluents to their environmental dispersion.
- Adaptation to drought in wild relatives of crops: an integrative approach.
- Adaptive response to the effect of simultaneous stresses on phenotypic plasticity, selection and evolutionary potential.
- Holistic evaluation and restoration measures of human impacts on freshwater ecosystems across biogeographical gradients (FRESHRESTORE)
- Preservation of marginal populations of habitat-generating intertidal macroalgae through digital data and in situ restoration practices.
- Macroalgal populations in danger of local extinction: a multiscale assessment.
- Conversion of refinery sludge into conductive materials with application in sustainable bioelectrochemical systems to achieve regenerated water.
- PANIWATER: Photo-irradiation and Adsorption based Novel Innovations for Water-treatment
- REWATERGY: sustainable Reactor Engineering for Applications on the Water-Energy Nexus
- AWARE: Aquaponics from WAstewater REclamation, More info
- Revaluation of different wastewater through technologies that allow improving the water-renewable energy-food nexus.
- SUSWATER: Sustainable integrated approach to achieve CECs and PTEs removal from contaminated waters. The aquaculture as case study
- Treatment of water contaminated with heavy metals through adsorption with carbonaceous materials obtained from lignocellulosic biomass.
- Conversion of refinery sludge into conductive materials with application in sustainable bioelectrochemical systems to achieve regenerated water.
If you want to receive more information or have any questions or suggestions, please contact us through our 'green mailbox':
Energy efficiency
In 2015, the Energy Efficiency Unit (hereinafter, UNEFE) was approved by the Governing Council of the Rey Juan Carlos University (hereinafter, URJC) on September 25. UNEFE carries out a fundamental activity in the implementation of the Energy Management System in the Móstoles and Fuenlabrada Campuses, without relegating control of the rest of the buildings that make up the University, whose main objective is to reduce the significant energy consumption of said campus, increasing the efficiency of energy use and the consequent reduction in energy costs, taking into account the comfort of users. Years ago, there was the Energy Efficiency Commission which was absorbed into the UNEFE.
UNEFE, as Energy Manager of the buildings belonging to the University, made up of more than 50 buildings spread over 5 campuses (Móstoles, Alcorcón, Fuenlabrada, Vicálvaro and Aranjuez) and 2 buildings in the center of Madrid (Manuel Becerra and Quintana-Ferraz ), has a cross-cutting nature, and has full powers in matters of energy efficiency, collaborating directly in the coordination and technical management of all the actions that are carried out in this matter on the University campuses, through its Bodies. of government. Functionally, it depends on the Office of the Vice President for Innovation and Transfer and the Office of the Vice President for Infrastructures at the University.
Among the functions carried out by this Unit, it is worth mentioning: monitoring of energy consumption, performance of energy audits, audits of the management system, and the proposal of actions to improve the use of energy, including aspects of energy efficiency in construction and modification of facilities. All of this on the Móstoles and Fuenlabrada campuses.
At the Alcorcón and Vicálvaro Campuses, energy audits have been carried out in order to comply with Royal Decree 56/2016, which have been registered in the Community of Madrid, and to advance the necessary actions for their future inclusion in the System.
One of the main achievements was obtaining, in 2014, the "Certificate of the Energy Management System - ISO 50001" at the Móstoles Campus of the Rey Juan Carlos University. In 2017, the Certificate was extended to include the Fuenlabrada campus, which has made it possible to give greater visibility, both internally and externally, to all the actions aimed at saving and energy efficiency that have been carried out at the University since the year 2011.
For more information visit the website of the UNEFE
Waste management
Waste management is a great challenge in today's world. The Rey Juan Carlos University, aware of this, makes great efforts to carry out sustainable management of these. For this reason, in the Sustainable Waste Management Plan (PGSR) two major objectives have been set: reducing the waste generated, under the premise “the best waste is the one that is not generated” and carrying out correct management of the waste that is finally generated. generated by promoting the transition towards the circular economy.
The URJC Sustainable Waste Management policy is proposed with the aim of contributing to the achievement of the SDGs of the United Nations 2030 Agenda. Its link to the URJC 2030 Project is established, and to the University's 2020-2025 Strategic Plan. Waste management, focused on a circular economy perspective and reduction of environmental impact and costs, directly promotes the achievement of SDGs 4, 6, 7, 8, 11,12, 14 and indirectly the remaining SDGs.
- Sustainable Waste Management Policy. Approved by the Governing Council, at its session of October 3, 2024
Actions associated with Waste Management
Actions to promote correct waste management
- What can we do about waste?
- 3 fundamental steps in waste management
- How to separate household waste
- Laboratory Chemical Waste
Other actions
- Annual report on hazardous waste
- Non-hazardous waste annual report 2023
- Reduction of plastic waste
- Móstoles campus composting pilot project
- Learning and Service Project (ApS) Recycling URJC
- RAC Sustainability Activity. Waste surveys and Personal Ecological Footprint Calculator
Training and research in sustainable waste management
- Circular Economy Chair – Sustainable Waste Management (economiacircular-fuenlabrada-urjc.es)
- If you want to know how sustainable your relationship is with the waste you generate and your ecological footprint, Sign up and you can complete the survey yourself this article, whether you are a student or worker at the URJC.
- MOOC Digitalization and sustainability: Environmental impact of digital technologies
- Training workshop Hazardous waste management Chemicals (2 hours) and Biosanitary (4 h) intended for laboratory users. Taught in 2022 and 2023.
- If you want to study an official qualification related, although not exclusively, to waste management, among URJC engineering and studies in Science You have several interesting options.
- I Circular Economy Slow Game Jam (shorthandstories.com) Winning video game in 2023 SUBMARGAME
- Research in Circular Economy
- The URJC analyzes the circular economy in the tourism sector - Universidad Rey Juan Carlos
- Scientists in the circular economy - Universidad Rey Juan Carlos (urjc.es)
- Four keys to improve awareness campaigns about the circular economy - Universidad Rey Juan Carlos (urjc.es)
- Few studies analyze educational and communication actions in Circular Economy and Bioenergy - Universidad Rey Juan Carlos (urjc.es)
- New techniques for recycling, reusing and forming composite materials, based on radiation heating, Joule effect and magnetic induction.
- Urban bioeconomy: transformation of biowaste into biofuels and bioproducts of industrial interest
- Sustainable catalytic processes for the transformation of lignocellulosic waste into monomers relevant to the polymer industry.
- Recycling of plastic waste using radiofrequency fields and magnetic nanoparticles.
- Circularity of automotive plastic waste: mechanical recycling.
- New techniques for recycling, reusing and forming composite materials, based on radiation heating, Joule effect and magnetic induction.
- Recycled aluminum for the sustainability of the transport sector through additive manufacturing and its protection against corrosion.
- PURPLEGAIN_ Fundamentals and applications of purple bacteria biotechnology for resource recovery from waste COST ACTION
- Analysis of residual samples from apple processing by-products, heavy industrial oils and whey
- Advances in the hydrothermal liquefaction of waste.
- BIOCTANE_Synergetic integration of BIOteChnology and thermochemical CaTalysis for the cAscade convErsion of organic waste to jet-fuel
- Production of sustainable fuels from the recovery of waste from anaerobic digestion and alcoholic fermentation, through the integration of thermochemical, catalytic and biotechnological processes (UPGRES).
- Development of advanced microalgae technologies for a circular economy
- Advances in the hydrothermal liquefaction of waste.
- Controlling the dynamics of ions in glass and plastic to reduce degradation and environmental impacts of photovoltaic modules: Life Cycle Analysis.
If you want to receive more information or have any questions or suggestions, please contact us through our 'green mailbox':
Responsible consumption
The implementation of a responsible and sustainable consumption policy is essential to reduce the environmental and social impact of university activities, promoting an environment that fosters environmental and social awareness. As a university, in addition to educating and raising awareness about responsible and sustainable consumption, we implement specific measures such as sustainable public procurement and contracting. We prioritize the acquisition of ecological, fair trade, locally sourced products and services with a low carbon footprint. To do so, we introduce sustainability requirements in tenders for any type of contract.
A useful tool for these acquisitions is the use of joint purchasing services for public institutions, such as the CSUC. These joint purchases not only allow for more advantageous prices, but also incorporate sustainability criteria into their bidding procedures. Below are some actions that the URJC is promoting in this regard.
Actions to promote responsible and sustainable consumption
- Sustainability clauses included in some URJC tenders
- Building standards applied by infrastructures, for sustainable water management
- Joint purchases of 100% renewable electricity
- News about joint electricity purchase
- Declaration of commitment of the Rey Juan Carlos University with Fair Trade and Responsible Consumption.
- Good practices for holding sustainable events at the URJC
- Conference on Sustainable Consumption and Production
- Conference on the Social Economy in the 2030 Agenda
- PPT of requirements for the joint purchase of audiovisual equipment
- PPT of requirements for joint purchase of computer equipment
- PPT for the contracting of the execution of the works of the new classroom-departmental building located on the Móstoles campus with LEED certification
- PPT For the hiring of the Cafeteria Service
Training and research on topics related to responsible and sustainable consumption
- Course 'Sustainability: Criteria and Decision Making' (1 ECTS) within the Academic Credit Recognition module for all URJC degrees.
- MOOC course, free and open, on Digitalization and sustainability: Environmental impact of digital technologies.
Green Infrastructures and Biodiversity
La green and blue infrastructure It is the set of interconnected natural and semi-natural areas that together provide multiple environmental services, such as atmospheric decontamination, la temperature regulation, or the runoff regulation and erosion when it rains, among others benefits. The role of biodiversity It is essential for the proper functioning of these environmental services. Therefore, fenhance urban biodiversity improves the quality of the environment, contributes to the mitigation and adaptation to climate change and generates well-being.
On the campuses of the URJC, the Parkland They play a crucial role as habitat for many species. To improve their condition and promote biodiversity in them, it is essential to implement a Sustainable management. This line of action is mainly linked to SDGs 2, 11, 13, 14 and 15.
- Proposal for improvement actions and monitoring indicators of the Green Infrastructures of the Rey Juan Carlos University
- Evaluation of ecosystem services generated by the green infrastructure of the Rey Juan Carlos University
Actions in Sustainable management of green infrastructure and biodiversity conservation
- CULTIVE Laboratory Pond Biota Guide
- Infographic Urban green infrastructures
- Infographic Biodiversity in urban green infrastructures
- Biodiversity catalog on the URJC campuses
- Installation and monitoring of nest boxes
- Urban garden
- Mediterranean botanical garden
- Leisure in green infrastructures
- Biooblizt (biodiversity marathon)
- Wildlife protection actions
- Entrepreneurship and agroecology day
Training and research on topics related to green infrastructure and biodiversity
If you want to study an official degree related to biodiversity, in addition to the Biology Degree and master's degrees in Biodiversity conservation techniques and in Ecosystem restoration (interuniversity), you have several interesting options among URJC engineering, the degrees in Science and Degree in Landscaping.
Some research projects:
- Biodiversity and ecosystem functioning in forest restorations: an analysis on a large spatial and temporal scale.
- Coexistence of Quercus and Pinus: Evaluation of the hypothesis of niche complementarity between phenotypes in monospecific forests or with dominance of a few species.
- Diversity of biotic interactions and their role in the ecosystem functioning of forest restorations.
- Intraspecific variability of traits and ecosystem functioning under conditions of environmental change: epiphytic lichens of Mediterranean forests as a case study.
- Resistance and Resilience of soil microbial communities to degradation by grazing and its effects on soil carbon sequestration in dry tropical forests.
- Holistic evaluation and restoration measures of human impacts on freshwater ecosystems across biogeographical gradients (FRESHRESTORE).
- Macroalgal populations in danger of local extinction: a multiscale assessment.
- Preservation of marginal populations of habitat-generating intertidal macroalgae through digital data and in situ restoration practices.
- Adaptive response to drought effect of simultaneous stresses on phenotypic plasticity, selection and evolutionary potential.
- Translocations of flora and fauna for conservation and restoration: Ecological, evolutionary, and socio-economic impacts multiscales
- Assessing and mitigating the effects of climate change and biological invasions on the spatial redistribution of biodiversity in cold environments.
- RLD SCALE: Projecting global biodiversity responses from first biological principles.
- Population responses of southern elephant seals (Leonine Mirounga) to human disturbances in ice-free Antarctic areas.
- Adaptive response to drought: effect of simultaneous stresses on phenotypic plasticity, selection and evolutionary potential.
- Adaptation to drought in wild relatives of crops: an integrative approach.
- Investigating the origin of agricultural plants through experimental evolution.
- Biodiversity and determining factors in the distribution of plant parasitic nematodes in vineyards in the central region.
- Wood anatomy in gypsum camephytes: phenotypic variation and plasticity in response to drought.
- Explaining the distribution of liana and tree species in tropical forests: the role of drought tolerance and the impacts of climate change.
- Environmental and historical factors that determine the biodiversity of different groups of organisms in tropical montane forests.
- The Role of Fungus-mediated plant soil feedbacks in secondary succession of tropical dry and wet forests.
- Lichen population genomics and functional variability in response to environmental changes on a global scale.
- Pre-reproductive cooperation in plants. The effect of sharing pollinators with relatives on biological fitness.
- Crop Wild Relatives utilization and conservation for sustainable agriculture
- Evolution of wild plants to diverse communities and its application to agriculture.
- Dynamics of microbial communities and soil carbon storage throughout secondary succession in dry and humid tropical forests.
- The role of foodborne pathogens, olfaction, and sexual selection in predator-prey interactions.
- Nutrition and response to infections in ant societies: Metabolic and histological approach.
- SELINA: Science for Evidence-based and sustainable decisions about natural capital.
- Assessment of the condition of forest ecosystems using spatial data and artificial intelligence. A step forward in the national system of environmental accounts.
- Study on the effects of forest ecosystem condition on forest carbon storage and other ecosystem services
Sustainable mobility
The URJC has among its objectives the reduction of the environmental impact generated by the mobility and transportation of the entire university community (students, workers, external services, etc.). For this reason, the Sustainable Mobility Plan 2024-2028 has set the objective of promoting alternative modes to the private motorized vehicle, which allow us to reduce our carbon footprint in internal and external travel.
- URJC sustainable mobility policy
- Complete Sustainable Mobility Plan
- URJC Sustainable Mobility Commission
Actions associated with Sustainable Mobility
- Promotion of teleworking
- Calls for public transport aid: The URJC annually calls for public transport aid to teachers y administration and services staff, accessible from the electronic headquarters.
- Electric vehicle charging points in the surface parking lots of our campuses:
- Mostoles Campus: Google Maps electromaps
- Alcorcon Campus: Google Maps electromaps
- Fuenlabrada Campus: Google Maps electromaps
- Vicálvaro Campus: Google Maps electromaps
- URJC sustainable mobility survey
- ParkingDay
- shared car
- Intercampus cycling route
- Introduction workshops to bicycle mechanics
- Instructions for accessing the secure bike rack
Training and research in Sustainable Mobility
- The RAC Course 'Sustainability: Criteria and Decision Making' (1 ECTS) incorporates a module where students can calculate their ecological footprint and how sustainable their travel is, among other aspects of daily life. Register and you can complete the survey yourself this article, whether you are a student or worker at the URJC.
- If you are interested in what role transportation plays in sustainable development, and how we will move in a few years, the Free MOOC course 'Smart transportation for a sustainable future' It will help you know more about all of it.
- If you want to study an official qualification related, although not exclusively, to Sustainable Mobility, among the URJC engineering You have several interesting options.
- Research on Sustainable fuels to decarbonise aviation
Sustainability in university teaching
Universities have always had the social responsibility of training future professionals in values, whatever their profile. However, given the enormous economic, social and environmental challenges of today, Royal Decree 822/2021 and Organic Law 2/2023 of the University System (LOSU) have established the obligation to include democratic principles and values and the Objectives of Sustainable Development (SDG) in all university education. The URJC contemplates these objectives within its 2020-2025 Strategic Plan and its URJC-2030 Project (Actions A 5.1.5 and 6.1.4).
Long before the aforementioned regulations, several universities, including the URJC, began to work together on this challenge, within the CRUE-Sustainability Commission of the Conference of Rectors of Spanish Universities (CRUE).
CRUE's 'Sustainability in university teaching' working group is made up of 19 Spanish universities, and holds regular meetings to share difficulties and develop general criteria, joint initiatives and results reports. You can find some of these documents in the Links of Interest section.
How to train in sustainability at the university?
The concept of sustainability does not only refer to the environment, and incorporating it into the university goes far beyond introducing specific subjects for students. Something is sustainable when it does not harm the natural balance, but is also economically viable and socially equitable. For a university to be more sustainable in all its areas (training, research, management, leadership, etc.), its entire community must be involved: management team, representative bodies, workers and students.
Actions associated with Sustainability Training
For students:
- Since 2016, the URJC has offered the Course 'Sustainability: Criteria and Decision Making' (1 ECTS) within the Academic Credit Recognition module.
- To carry out the adaptation to RD 822/2021, the URJC Degrees may incorporate the basic 6 ECTS subject “Sustainability and Social Commitment” into their study plan. Those that do not incorporate it must include the contents and competencies agreed upon in other subjects. Approved in the Government Council.
- To adapt the Master's and External Practices, two transversal competencies are proposed, which must be part of the Learning Results of all Master's degrees and will be developed, at least, in the Master's Thesis. Approved in the Government Council.
- Apart from these, there are numerous experiential and collaborative learning courses and initiatives that promote sustainability and active engagement with the community, such as Service-Learning (APS) and the courses and programs development cooperation and volunteering.
- Awards:
The URJC annually publishes two calls to recognize the best Final Degree Projects, Master's Final Projects and Doctoral Theses:
- Related to the Sustainable Development Goals, in all its areas
- Gloria Fuertes Awards, for works with a gender and diversity perspective.
For teachers:
- El Teacher Training Plan The URJC offers a wide variety of courses for teachers, such as the 'Basic course for the introduction of sustainability in university teaching'.
- Self-diagnosis questionnaire for university teachers, from the CRUE 'Sustainability in university teaching' working group. It addresses different dimensions: competencies, methodology, evaluation, etc. We encourage you to answer it, it will only take you a few minutes and you will receive some guidance on how to integrate sustainability into your subjects.
- In the Bank of Good Teaching Practices From the Center for Teaching Innovation and Digital Education (CIED) you can find inspiring activities developed by your colleagues.
- In the Unlimited Learning Ecosystem At the URJC there are countless resources related to sustainability (courses, ebooks, audiobooks, podcasts).
- La Spanish Network for Sustainable Development (REDS) It brings together universities, public administrations, companies and civil society, with the mission of supporting the dissemination and implementation of the 2030 Agenda and SDGs. On their website you can find a large number of resources (publications, online courses, etc.)
For PTGAS:
- El PTGAS Training Plan The URJC also offers several courses related to sustainability for technical, management and administration and services staff, such as 'Introduction of sustainability in University Management', 'Equality and inclusion in the university', 'Data management with gender perspective', etc.
Open courses (MOOC courses and other educational resources):
- Smart transportation for a sustainable future
- Smart Energy
- Digitalization and sustainability: the impact of ICT on the environment
- Climate Warriors Educational resources on sustainability created by URJC students
- Global Challenge training actions.
LINKS OF INTEREST
- Application report of Royal Decree 822/2021. CRUE-Sustainability Working Group
- URJC Curriculum Sustainability Working Group
- Proposals for the introduction of sustainability in Teaching at the URJC' XVI CENEAM research seminars
- Basic Guide to Good Practices to introduce sustainability in university teaching
- Service-Learning as a teaching strategy for the promotion of Sustainability at the University
- Guide to good sustainable practices in the laboratory.
- URJC ecological footprint survey monitoring report 2022-2023.
- GreenComp. The European Sustainability Competence Framework (EU)
- Education for the Sustainable Development Goals: learning objectives (UNESCO)
- Initial diagnosis on the application of RD 822/2021 on sustainability in university teaching. CRUE-Sustainability Working Group
Sustainability observatory
- University Social Responsibility Report 2023
- URJC University Social Responsibility Report 2022
- URJC University Social Responsibility Report 2021
- URJC University Social Responsibility Report 2020
- Financing research chairs on sustainability
- Carbon footprint scope 1+2 (2023)
- Carbon footprint scope 1+2 (2022)
- Sustainability Investment Report 2023
- Green Office Report and Results 2023/24
If you want to know more about the URJC2030 Project, University Social Responsibility and all the services and activities we carry out, visit our website and follow us on social networks.
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