SDG 7

While there are no formal carbon management policies, the paper recycling initiatives and gradual replacement of CFL with LED lighting demonstrate ongoing efforts to reduce carbon emissions. In brief, Kuwait College of Science and Technology (KCST) has a planned process for carbon management or reducing carbon dioxide emissions. Given Kuwait’s national commitments under the Paris Climate Agreement and Vision 2035, KCST is well-aligned and committed to adopt a framework. For more information please do contact our Procurement department ( o.salman@kcst.edu.kw ).

University actions towards reducing overall energy consumption 

The university has taken practical steps to improve energy efficiency by implementing campus-wide measures, such as the replacement of conventional lighting with LED lighting. This initiative aims to reduce overall energy consumption and enhance sustainability 

Kuwait College of Science and Technology (KCST) is committed to advancing sustainability through the implementation of a comprehensive energy efficiency plan aimed at reducing overall energy consumption across campus operations. In alignment with Kuwait’s Vision 2035 and the Energy Efficiency Technologies Programs, KCST will initiate measures including energy audits, retrofitting existing systems with high-efficiency HVAC and LED lighting, and integrating smart building technologies. The plan will also promote passive design strategies, optimize energy use in laboratories and classrooms, and encourage behavioral change through awareness campaigns. By adopting international standards such as ISO 50001 and the Kuwait Building Code’s energy provisions, KCST aims to reduce its energy footprint while fostering a culture of environmental responsibility among students, faculty, and staff. For more information please do contact our Procurement department ( o.salman@kcst.edu.kw ).

University reviews to identify areas where energy wastage is highest 

The Facilities Department at KCST regularly monitors electricity consumption patterns to identify opportunities for improvement. Based on these observations, several initiatives—such as the replacement of CFL lights with LED lighting—are being implemented to reduce overall energy use and minimize wastage. 

Kuwait College of Science and Technology (KCST) is committed to enhancing sustainability and operational efficiency. KCST itself is driving to adopt regular energy assessments as part of its future sustainability strategy. These reviews will identify areas of highest energy wastage across campus facilities, including HVAC systems, lighting, and laboratory equipment. By implementing energy audits and leveraging smart monitoring technologies, KCST aims to optimize energy use, reduce operational costs, and align with Kuwait’s national energy efficiency goals under Vision 2035 (https://www.newkuwait.gov.kw/image/NewKuwait_CampaignLaunchEvent.pdf). This initiative will also support KCST’s educational mission by integrating real-world sustainability practices into its engineering and technology programs 

University investments to liberate from carbon-intensive energy industries 

Although KCST does not currently have a policy on divesting investments from carbon-intensive energy industries such as coal and oil, KCST is committed to promoting environmental responsibility and sustainable development, with recognizing the importance of aligning financial practices with climate-conscious values. KCST is exploring the integration of Environmental, Social, and Governance (ESG) criteria into its investment decisions, with the aim of gradually reducing exposure to fossil fuel-based assets. This approach supports Kuwait’s national goals for carbon neutrality and reflects KCST’s dedication to fostering a low-carbon future through education, research, and institutional leadership. 

As a forward-looking institution aligned with Kuwait’s Vision 2035 and global sustainability trends, KCST invested in research and developments of green energy harvesting resources. For example, KCST invested more than 30,000 US Dollars in building up a vacuum-solar glass room for CO2 emission reduction through the collaboration with both academic and industrial partners. More details are mentioned as publicity proof in the following link: